mating
Institute of Data Science, German Aerospace Center (DLR)
a joining process description that describes the positioning of components to connect them by a connection relying on gravity (friction), positive locking, spring force or a combination thereof
A disposition which is realized during the execution of work, the emission of heat, or the possession of mass.
Consider replacing with PATO class; note that PATO class is not a disposition. This should likely go into OBO Core and also have a physicist look at it.
Energy possessed by an object because of its position relative to other objects, stresses within itself, its electric charge, or other factors.
Energy which is realised through motion.
potential energy due to or stored in electric fields.
Kinetic energy which is realised through the microscopic motion of particles.
A form of disordered mechanical energy.
measurement unit
measurement unit label
a scalar measurement datum that is defined and adopted by convention or by law to use as a standard for relative measurements of the same quantity kind
is quality value specification of
A `carbon dioxide equivalent mass per amount (GWP₁₀₀)` that is set into relation to some amount of energy.
interval measurement scale
scalar measurement scale
a measurement scale that consists of scalar measurement datums (points) and that is defined by one fixed zero point and an interval that is used as a standard for measurement of intervals between points on the scale and the zero point
a scalar measurement datum that represents an interval (e.g. a distance, a difference, a change) relative to some reference point
'2 m' is the length interval between two spacial points, '15 s' is the time interval between two temporal points, '9 V' is the difference in electric potential between two points, '70 °C' is the temperature difference of some water at the beginning and the end of heating
a scalar measurement datum that represents an point on a fixed scale
'0 °C' is the melting point of water on the Celsius temperature scale
measurement scale
scale
a (possibly infinite) set of measurement datums that describes a range of possible observations
thermodynamic temperature scale
temperature scale
in context of
has_phenomenon is a relation between a quantity and an entity.
has_phenomenon must not be sub-property of quality_of as quality_of is functional, but has_phenomenon must not be functional
has measurement value
relation from a quality or process characteristic to a measurement datum that contains the value of the quality or process characteristic determined or set at some time t
Gabon
The Gambia
Guinea
Guinea-Bissau
Nisga'a Nation
Ivory Coast
Cameroon
Cape Verde
Lesotho
Liberia
Libya
Madagascar
Malawi
Mauritania
Mauritius
Morocco
Mozambique
Tłı̨chǫ Government
Namibia
Niger
Nigeria
Uganda
Rwanda
São Tomé and Príncipe
Senegal
Seychelles
Sierra Leone
Somalia
Sudan
Eswatini
T'satsąot'ınę
Kenya
Ethiopia
Ghana
Chinland
Tłı̨chǫ Nation
Kosovo
realm of the United Kingdom
Luba-Lunda states
Délı̨nę First Nation
Gibraltar
France
United Kingdom
People's Republic of China
Africa
Brazil
Russia
Canada
Japan
South America
Germany
Belarus
Iceland
Estonia
Norway
Latvia
Ukraine
Aruba
Czech Republic
Slovakia
Slovenia
Moldova
Romania
Bulgaria
Palestine
North Macedonia
Albania
Greenland
Croatia
Bosnia and Herzegovina
Azerbaijan
Andorra
Tla'amin Nation
Georgia
Kazakhstan
Malta
South Ossetia
Montenegro
Vatican City
San Marino
Cuba
Belize
Barbados
Toquaht First Nation
Uchucklesaht First Nation
Indonesia
South Africa
Ucluelet First Nation
Algeria
Sint Maarten
Uzbekistan
Cook Islands
Ireland
Hungary
Spain
Chile
Kingdom of the Netherlands
United States
Belgium
Luxembourg
Finland
Singapore
Sweden
Niue
Liechtenstein
Poland
Lithuania
Italy
Switzerland
Australian continent
Bahrain
Armenia
Austria
Serbia
Australia
Greece
Argentina
Peru
North Korea
Cambodia
Turkey
Portugal
European Union
Europe
Faroe Islands
Asia
North America
Antarctica
Netherlands
Timor-Leste
Tsawwassen First Nation
Chad
New Zealand
India
Tuvalu
Tonga
Samoa
Solomon Islands
Vanuatu
Papua New Guinea
Palau
Nauru
Federated States of Micronesia
Marshall Islands
Kiribati
Mongolia
Fiji
Venezuela
Suriname
Paraguay
Guyana
Ecuador
Colombia
Kyuquot/Cheklesahht First Nation
Trinidad and Tobago
Saint Vincent and the Grenadines
Saint Lucia
Saint Kitts and Nevis
Jamaica
Grenada
Uruguay
Guatemala
The Bahamas
Antigua and Barbuda
Honduras
Dominica
Dominican Republic
Egypt
Haiti
El Salvador
Iran
Iraq
Costa Rica
Israel
Panama
Yemen
Jordan
Nicaragua
Kyrgyzstan
Kuwait
Laos
Lebanon
Maldives
Malaysia
Myanmar
Nepal
Oman
Pakistan
Qatar
Saudi Arabia
Sri Lanka
Syria
Tajikistan
Taiwan
Thailand
Turkmenistan
United Arab Emirates
Vietnam
South Korea
Afghanistan
Bangladesh
Transnistria
Mali
Angola
Bhutan
Brunei
Tanzania
Philippines
Central African Republic
Togo
Tunisia
Zambia
Zimbabwe
South Sudan
Mexico
Benin
Botswana
Burkina Faso
Burundi
Comoros
Republic of the Congo
Democratic Republic of the Congo
Djibouti
Equatorial Guinea
Eritrea
material transformation process
transmission assembly is a component part of a car; engine control ;sparger is a component part of a bioreactor
relation from a material entity to another material entity that it is a proper part of at all times it exists
adapted from
source for the resource that was modified to create the subject resource
excerpted from
source of a resource that was imported unmodified from an external ontology
This annotation is to be used when an element from a non-IOF ontology is used in an IOF ontology (and the source ontology is not imported in its entirety).
usage note
note that provides information about how a given notion or resource is used in the ontology's context
An ontology for knowledge exchange between product designers and recyclers to improve consideration of recycling in product design.
The Design for Circularity Ontology (D4CO) is licensed under a [CC-BY 4.0](http://creativecommons.org/licenses/by/4.0/) license. We reuse concepts from the [Chemical Entities of Biological Interest (ChEBI)](https://www.ebi.ac.uk/chebi/) ontology, the [Ontology of units of Measure (OM)](https://github.com/HajoRijgersberg/OM) 2, the [Information Artifact Ontology (IAO)](https://github.com/information-artifact-ontology/IAO) and the [Basic Formal Ontology (BFO) 2020](https://github.com/bfo-ontology/bfo-2020) licensed under a [CC-BY 4.0](http://creativecommons.org/licenses/by/4.0/) license, from the [Basic Formal Ontology (BFO) 2](https://github.com/BFO-ontology/BFO) licensed under a [CC-BY 3.0](http://creativecommons.org/licenses/by/3.0/) license, from the [OBO Relations Ontology (RO)](https://github.com/oborel/obo-relations), the [Environment Ontology (ENVO)](https://github.com/EnvironmentOntology/envo) and [Wikidata](https://wikidata.org/) licensed under [CC0 1.0](https://creativecommons.org/publicdomain/zero/1.0/) public domain, and from the [Industrial Ontology Foundry (IOF) Core Ontology](https://github.com/iofoundry/ontology) and the [Industrial Ontology Foundry (IOF) Annotation Vocabulary](https://github.com/iofoundry/ontology) licensed under a [MIT](http://opensource.org/licenses/MIT) license.
Design for Circularity Ontology
adhesive connection
adhesive bond
adhesive bonded joint
adhesive joint
bonded joint
glued connection
glued joint
adhesive layer
bolt
bolted connection
crimp connection
crimped connection
a material artifact that is a fastening component, with defined thread specifications and dimensions to ensure compatibility with corresponding screws
nut
a material artifact that is a mechanical fastener consisting of a cylindrical shaft with a head at one end, used to permanently join two or more materials by being inserted through pre-drilled holes and then deformed to create a second head, securing the materials together
rivet
riveted connection
a material artifact that is a threaded fastener characterized by a helical ridge, designed to be rotated into a corresponding threaded hole or nut, exerting force to fasten materials together
screw
screw connection
screw joint
screwed connection
screwed joint
welded connection
welding seam
bolt and nut pair
m connected by c =def material entity m is connected by connection c to some other material entity
connected by
connection
connection pattern
joint
a relation of material entities that enforces the contact of the material entities to constitute an assembly and that makes the material entities components of the assembly
a connection of two pieces of wood and a screw
a knot putting both ends of a sail together
c connects m =def material entity m is connected by connection c to some other material entity
connects
a has constituting connection c =def assembly a is constituted through connection c, which connects some material entities m₁, m₂, … that are components of a
has constituting connection
formed by
c constituting connection of a =def assembly a is constituted through connection c, which connects some material entities m₁, m₂, … that are components of a
constituting connection of
metallurgical minor important atom
none Ag Al C Co Cr Cu Li Fe Mg Mn Mo Nb Ni S Si Sn Ti P Pb Zn Zr atom
fraction
longest side length
length of the longest side of an object
melting point
melting temperature
A quantity that describes the temperature at wich a substance changes state from solid to liquid.
middle side length
length of the middle side of an object
shortest side length
length of the shortest side of an object
fraction of
b fraction of c ∧ b fraction in a =Def b is the fraction of c in a
the fraction of iron in an alloy
hasMeasurementUnit(?measurement, ?unit) ∧ hasMeasurementValue(?measurement, ?measurementValue) ∧ hasNormalizedMeasurementValue(?unit, ?normalizedUnitValue) ∧ multiply(?measurementValue, ?normalizedUnitValue, ?normalizedMeasurementValue) → hasNormalizedMeasurementValue(?measurement, ?normalizedMeasurementValue)
has zero point at normalized value
chargierrecht 1000 x 1000 x 1000 Masseanteil
charging size 1000 x 1000 x 1000 mass fraction
chargierrecht 2 Masseanteil
charging size 2 mass fraction
chargierrechtes 1000 x 1000 x 1000 Schrottobjekt
chargierrechtes 2 Schrottobjekt
charging size 1000 x 1000 x 1000 scrap object
charging size 2 scrap object
chargierrecht 1500 x 500 x 500 Masseanteil
charging size 1500 x 500 x 500 mass fraction
chargierrecht Masseanteil
charging size mass fraction
chargierrechtes 1500 x 500 x 500 Schrottobjekt
charging size 1500 x 500 x 500 scrap object
chargierrechtes Schrottobjekt
charging size scrap object
Motorengehäuse Masseanteil
crankcase mass fraction
Motorengehäuse Schrott Objekt
crankcase scrap object
Tiegelrecht Masseanteil
crucible size mass fraction
crucible size scrap object
tiegelrechtes Schrottobjekt
dimension classified scrap object
Feines Schwermetall Masseanteil
fine heavy metal mass fraction
feines Schwermetal-Schrottobjekt
fine heavy metal scrap object
Feines Leichtmetall Masseanteil
fine light metal mass fraction
feines Leichtmetal-Schrottobjekt
fine light metal scrap object
Folie Masseanteil
foil mass fraction
Folienschrott Objekt
foil scrap object
Ofenrecht Masseanteil
furnace size mass fraction
furnace size scrap object
ofenrechtes Schrottobjekt
Getriebegehäuse Masseanteil
gearbox mass fraction
Getriebegehäuse Schrott Objekt
gearbox scrap object
Granulat Masseanteil
granules mass fraction
Granulatschrott Objekt
granules scrap object
Kühler Masseanteil
radiator mass fraction
Kühler Schrott Objekt
radiator scrap object
Rohre Masseanteil
pipe mass fraction
Rohrschrott Objekt
pipe scrap object
Kolben Masseanteil
piston mass fraction
Kolbenschrott Objekt
piston scrap object
Profil Masseanteil
profile mass fraction
Profilschrott Objekt
profile scrap object
scrap aggregate
scrap
scrap dimension mass fraction
scrap object
scrap role
scrap shape mass fraction
shape classified scrap object
Blech Masseanteil
sheet mass fraction
Blechschrott Objekt
sheet scrap object
Kleinstückig Masseanteil
small pieces mass fraction
kleinstückiges Schrottobjekt
small pieces scrap object
Späne Masseanteil
swarf mass fraction
Spahnschrott Objekt
swarf scrap object
Draht Masseanteil
wire mass fraction
Drahtschrott Objekt
wire scrap object
chemical element mass fraction
material specification
material description that constraints the chemical composition of some material entity
has manufacturing material specification
relates an material entity specification to the manufacturing material specification that prescribes the chemical composition of prescribed material entities
has numerical value less than or equal to
the upper bound of the actual numerical value
has numerical value greater than or equal to
the lower bound of the actual numerical value
DIN EN material name
material name according to DIN EN 10027-1
DIN EN material number
material number according to DIN EN 10027-2
material artifact specification
material entity specification
information content entity that prescribes an material artifact
The distinction between material entity specification and material artifact specification is invalid because an entity that has been described before it began to exist is an artifact.
constrains
c constrains a1 & r constrains a2 =def material artifacts a1 and a2 constrain each other
features of the same material artifact can be constrain each other
has constraining feature
has constrainig feature description
c constraint description of o =def constraint description c describes some constraint on some material entity that occurs in some assembly by component application description o
constraint description of
is feature description of
is feature of
has constraint
has constraint description
feature
portion of the shape of a material entity
a cylindrical hole
a portion of the surface
feature specification
connection constraint
a relationship between two features of material artifacts that restricts their degree of freedom regarding movement or rotation relative to each other
the center axles of a cylindrical hole and a screw are segments of the same line
two plane surfaces have contact
features of the same material artifact can be related
connection specification
connection constraint specification
a design specification that prescribes a connection constraint and that has two containing feature descriptions and therefore is constraint specification of one or two component application specifications
c connection description of o =def connection description c describes the connection some material entity that occurs in some assembly by component application description o is connected to itself or some other material entity that occurs in the same assembly
connection description of
has constituting connection description
describes
described by
entity description
Verbindungsbeschreibung
connection description
joint description
an entity description that describes a connection between two or more components, that can be formed through various methods such as welding, bolting, or adhesive bonding
feature description
material entity description
material artifact description
connection constraint description
fraction in
b fraction in a ∧ b fraction of c =Def b is the fraction of c in a
the fraction of iron atoms in some alloy
material described by
relates an material entity to a material description that describes the chemical composition of the material entity
has material description
relates an material entity description to the material description that describes the chemical composition of described material entities
x rotation
x orientation
y rotation
y orientation
z rotation
z orientation
assembly description
information content entity that describes an material artifact that is assembled of multiple material entities
assembly specification
information content entity that prescribes an material artifact that is assembled of multiple material entities
component application description
information content entity that describes the application of a material entity description ino an assembly description
component application specification
information content entity that prescribes the application of a material entity description in an assembly description
a has component description o =def component application description o describes how some material entity description is placed into an assembly description a
has component description
o describes application of m =def component application description o describes the application of a material entity description m in some assembly description
describes application of
x translation
x position
the position of an entity relative to the x axis of some reference coordinate system
y translation
y position
the position of an entity relative to the y axis of some reference coordinate system
z translation
z position
the position of an entity relative to the z axis of some reference coordinate system
secondary raw material specification
scrap material specification
material specification that constraints the chemical composition of scrap objects or scrap aggregates
material description
information content entity that describes the chemical composition of some material entity
manufacturing material specified by
relates an material entity to a manufacturing material specification that prescribed the chemical composition of the material entity
has broader material specification
relates a material specification s1 to another material specification s2 that is less strict, so that each material entity that complies to s1 also complies to s2
material complies to
relates an material entity to a material description that the chemical composition of the material entity complies to
disassembly process
breakdown process that results in the disassembly of an assembly
disassembly process description
a breakdown process description that describes the disassembly process of some assembly described by some assembly description
assembly manufacturing process description
a material transformation process description that describes the creation of some assembly described by an assembly description by by combining individual components or parts in a systematic and organized manner
material transformation process description
manufacturing process description
a process description that describes the shaping of some material entity described by a material entity description
building the base of a turbine blade with a wire arc additive manufacturing process
drilling a hole in a shaft
machining a shaft (via milling, turning and drilling)
recycling business process
comprises formation of
o comprises formation of s =def o is a objective specification that represents the objective of the formation of some material artifact prescribed by the material artifact specification s
comprises breakdown of
o comprises breakdown of d =def o is a objective specification that represents the objective of the breakdown of some material entity described by the material entity description d
describes formation of
p is described to result in formation of s =def p is a process description that results in the formation of some material entity described by the material entity description d
a piece of metal that is created by melting down some pieces of scrap
some assembly that is assembled of some components
describes breakdown of
p is described to result in breakdown of d =def p is a process description that results in the breakdown of some material entity described by the material entity description d
a pieces of scrap that is melted down into some piece of metal
some assembly that is disassembled into its components
recycling business process description
a process description that describes the recycling process of some material entity
breakdown process
material transformation process that results in the breakdown of some material entity
joining process description
a material transformation process description that describes the connection of two or more workpieces of geometrically determined solid form or of such workpieces with shapeless material
adhesive connection of a car part
welding of two pipes
weld joining process description
welding process description
a joining process description that describes the cohesive connection of similar materials, either with or without the use of similar additional material
gluing process description
adhesive joining process description
a joining process description that describes the use of an adhesive, which is a non-metallic material to create a connection between parts through surface adhesion and internal strength (adhesion and cohesion), effectively bonding the components together
crimp joining process description
crimping process description
bolt joining process description
In screwing, the threaded fastener is rotated into a corresponding threaded hole or nut, creating a force that draws the components together and secures them in place.
screw joining process description
screwing process description
a pressing on or in joining process description that describes the use of a threaded fastener, such as a screw, to create a connection between two or more components
rivet joining process description
riveting process description
a joining by forming process description that describes the use of rivets to connect components
coating process description
a material transformation process description that describes the tightly adhering of a layer of shapeless material to a workpiece
coating of a car chassis
electroplated copper terminals in an automotive onboard power system
person-time
required person-time per mass
required person-time per unit
time per mass dimension
time per mass unit
second per kilogram
hour per kilogram
time per mass
required person-time of academics or engineers per unit
required person-time of skilled workers per unit
required person-time of laborers per unit
required person-time of academics or engineers per mass
required person-time of skilled workers per mass
required person-time of laborers per mass
design life
expected product lifetime
the time which a product is expected by its designers to work within its specified parameters
cost per unit
amount of money per mass
cost per mass
amount of money per volume
cost per volume
amount of money per mass unit
amount of money per volume unit
euro per kilogram
euro per cubic metre
euro per litre
United States dollar per kilogram
United States dollar per tonne
United States dollar per litre
United States dollar per cubic metre
thermal energy per unit
required thermal energy per unit
energy per mass
energy per volume
thermal energy per mass
required thermal energy per mass
thermal energy per volume
required thermal energy per volume
electrical energy
energy per unit
electrical energy per mass
electrical energy per unit
electrical energy per volume
required electrical energy per mass
required electrical energy per unit
required electrical energy per volume
energy per mass unit
energy per volume unit
amount of money per unit
kilowatt hour per kilogram
kilowatt hour per cubic metre
kilowatt hour per litre
kilowatt hour per tonne
is described to precede
x is described to precede y if y is supposed or observed to start at or after the end of x
disposal business process
business process description
breakdown process description
a material transformation process description that describes the breakdown of some material entity described by a material entity description
disposal business process description
per input amount of
the described input of some described process to that's amount some quantity is in proportion
the steel that is input of some manufacturing process and in relation to the amount of that steel the produced amount of screw is quantified
per output amount of
the described output of some described process to that's amount some quantity is in proportion
the steel that is output of some manufacturing process and in relation to the amount of that steel the used amount of electrical energy is quantified
in process
the process or specified process that is the context of some quantity
the plan specification that has some amount of steel as specified input per specified output amount of screws
the process that has some amount of steel as input per output amount of screws
of input
the input of some process or process description that is quantified in context of the process
of output
the output of some process or process description that is quantified in context of the process
in proportion to
the entity to that the phenomenon is quantified in proportion
required quantity of participant per output
time per unit
time per volume
required person-time per volume
required person-time of academics or engineers per volume
required person-time of skilled workers per volume
required person-time of laborers per volume
required person-time per energy
time per energy
required person-time of academics or engineers per energy
required person-time of skilled workers per energy
required person-time of laborers per energy
energy per energy
electrical energy per energy
thermal energy per energy
required thermal energy per energy
required electrical energy per energy
mass per mass
mass per volume
mass per unit
amount of money per energy
cost per energy
cost per thermal energy
cost per electric energy
amount of money per energy unit
euro per kilowatt hour
reciprocal energy dimension
reciprocal mass dimension
time per energy dimension
time per volume dimension
volume per energy
volume per mass
volume per volume
volume per unit
count per energy
count per mass
count per volume
count per unit
required volume per energy
required volume per mass
required volume per unit
required volume per volume
required count per energy
required count per mass
required count per unit
required count per volume
volume per energy dimension
volume per energy unit
litre per kilowatt hour
cubic metre per kilowatt hour
cubic metre per joule
transport process
material location change process that has some participant that causes the location change of some other material entity
the process of moving some product using a truck
the process of moving some car by driving the car
describes transport of
p is described to result in transport of d =def p is a process description that results in the transport of some material entity described by the material entity description d
comprises transport of
o comprises transport of d =def o is a objective specification that represents the objective of the transport of some material entity described by the material entity description d
transport process description
a process description that describes the transportation of some material entity described by a material entity description
required mass per mass
required mass per unit
required mass per volume
mass throughput
volume throughput
unit throughput
maximum throughput
maximum mass throughput
maximum volume throughput
maximum unit throughput
maximum power
required mass per energy
mass per energy dimension
carbon dioxide equivalent mass per mass (GWP₁₀₀)
A `carbon dioxide equivalent mass per amount (GWP₁₀₀)` that is set into relation to some amount of mass.
Under the Paris Rulebook (Decision 18/CMA.1, annex, paragraph 37), parties have agreed to use GWP-100 values from the IPCC AR5 or GWP-100 values from a subsequent IPCC Assessment Report to report aggregate emissions and removals of greenhouse gases.
carbon dioxide equivalent mass per unit (GWP₁₀₀)
A `carbon dioxide equivalent mass per amount (GWP₁₀₀)` that is set into relation to some amount of count.
carbon dioxide equivalent mass per volume (GWP₁₀₀)
A `carbon dioxide equivalent mass per amount (GWP₁₀₀)` that is set into relation to some amount of volume.
emitted carbon dioxide equivalent mass per energy (GWP₁₀₀)
A `emitted carbon dioxide equivalent mass per amount (GWP₁₀₀)` whose emission is set into relation to some amount of energy.
emitted carbon dioxide equivalent mass per mass (GWP₁₀₀)
A `emitted carbon dioxide equivalent mass per amount (GWP₁₀₀)` whose emission is set into relation to some mass.
emitted carbon dioxide equivalent mass per unit (GWP₁₀₀)
A `emitted carbon dioxide equivalent mass per amount (GWP₁₀₀)` whose emission is set into relation to some count.
emitted carbon dioxide equivalent mass per volume (GWP₁₀₀)
A `emitted carbon dioxide equivalent mass per amount (GWP₁₀₀)` whose emission is set into relation to some volume.
Continuants can bear a carbon footprint, processes can cause an carbon dioxide equivalent emissions. Therefore, `carbon footprint` classes are sub-classes of `quality` or `quality specification` or `emitted carbon dioxide equivalent mass` classes are sub-classes of `process characteristic` or `process characteristic specification`.
emitted carbon dioxide equivalent mass per amount (GWP₁₀₀)
emitted carbon dioxide equivalent mass per input or output (GWP₁₀₀)
A `carbon dioxide equivalent mass per amount (GWP₁₀₀)` that is (specified to be) emitted during some process.
carbon footprint per mass (GWP₁₀₀)
A `carbon footprint per amount (GWP₁₀₀)` that is set into relation to the phenomenon's mass.
carbon footprint per unit (GWP₁₀₀)
A `carbon footprint per amount (GWP₁₀₀)` that is set into relation to the phenomenon's count.
carbon footprint per volume (GWP₁₀₀)
A `carbon footprint per amount (GWP₁₀₀)` that is set into relation to the phenomenon's volume.
carbon footprint per energy (GWP₁₀₀)
A `carbon footprint per amount (GWP₁₀₀)` that is set into relation to the phenomenon's energy.
per participant amount of
the described participant of some described process to that's amount some quantity is in proportion
carbon footprint per amount (GWP₁₀₀)
A `carbon dioxide equivalent mass per amount (GWP₁₀₀)` that is (specified to be) emitted across processes related to some phenomenon (om:hasPhenomenon) that is set into relation to the phenomenon's amount.
is described to have input
p is described to have input of d =def p is a process description that has as input some material entity described by the material entity description d
is described to have output
p is described to have output of d =def p is a process description that has as output some material entity described by the material entity description d
is described to have participant
p is described to have participant of d =def p is a process description that has as participant some material entity described by the material entity description d
some machine that is used in the process
describes disposal of
p is described to result in disposal of d =def p is a process description that results in the disposal of some material entity described by the material entity description d
comprises disposal of
o comprises disposal of d =def o is a objective specification that represents the objective of the disposal of some material entity described by the material entity description d
product life
a planned process that is the sum of all processes in that a product participates after the products manufacturing and before the products disposal or recycling, if used as intended during the product design
expected product life
product life specification
a plan specification that specifies all intended processes in that a product participates after the products manufacturing and before the products disposal or recycling
scope 1 carbon footprint per energy (GWP₁₀₀)
A `carbon footprint per amount (GWP₁₀₀)` that is limited to scope 1 emissions and that is set into relation to the phenomenon's energy.
scope 2 carbon footprint per energy (GWP₁₀₀)
A `carbon footprint per amount (GWP₁₀₀)` that is limited to scope 2 emissions and that is set into relation to the phenomenon's energy.
scope 3 carbon footprint per energy (GWP₁₀₀)
A `carbon footprint per amount (GWP₁₀₀)` that is limited to scope 3 emissions and that is set into relation to the phenomenon's energy.
scope 1 carbon footprint per mass (GWP₁₀₀)
A `carbon footprint per amount (GWP₁₀₀)` that is limited to scope 1 emissions and that is set into relation to the phenomenon's mass.
scope 2 carbon footprint per mass (GWP₁₀₀)
A `carbon footprint per amount (GWP₁₀₀)` that is limited to scope 2 emissions and that is set into relation to the phenomenon's mass.
scope 3 carbon footprint per mass (GWP₁₀₀)
A `carbon footprint per amount (GWP₁₀₀)` that is limited to scope 3 emissions and that is set into relation to the phenomenon's mass.
scope 1 carbon footprint per unit (GWP₁₀₀)
A `carbon footprint per amount (GWP₁₀₀)` that is limited to scope 1 emissions and that is set into relation to the phenomenon's count.
scope 2 carbon footprint per unit (GWP₁₀₀)
A `carbon footprint per amount (GWP₁₀₀)` that is limited to scope 2 emissions and that is set into relation to the phenomenon's count.
scope 3 carbon footprint per unit (GWP₁₀₀)
A `carbon footprint per amount (GWP₁₀₀)` that is limited to scope 3 emissions and that is set into relation to the phenomenon's count.
scope 1 carbon footprint per volume (GWP₁₀₀)
A `carbon footprint per amount (GWP₁₀₀)` that is limited to scope 1 emissions and that is set into relation to the phenomenon's volume.
scope 2 carbon footprint per volume (GWP₁₀₀)
A `carbon footprint per amount (GWP₁₀₀)` that is limited to scope 2 emissions and that is set into relation to the phenomenon's volume.
scope 3 carbon footprint per volume (GWP₁₀₀)
A `carbon footprint per amount (GWP₁₀₀)` that is limited to scope 3 emissions and that is set into relation to the phenomenon's volume.
carbon dioxide equivalent mass per amount (GWP₁₀₀)
A quantity that describes the mass of carbon dioxide that would have the equivalent global warming potential over a time horizon of 100 years (GWP-100) as the emission of some amount of greenhouse gas set in relation to some other amount.
scope 1 carbon footprint per electric energy (GWP₁₀₀)
A `carbon footprint per amount (GWP₁₀₀)` that is limited to scope 1 emissions and that is set into relation to the phenomenon's electric energy.
scope 1 carbon footprint per thermal energy (GWP₁₀₀)
A `carbon footprint per amount (GWP₁₀₀)` that is limited to scope 1 emissions and that is set into relation to the phenomenon's thermal energy.
scope 2 carbon footprint per electric energy (GWP₁₀₀)
A `carbon footprint per amount (GWP₁₀₀)` that is limited to scope 2 emissions and that is set into relation to the phenomenon's electric energy.
scope 2 carbon footprint per thermal energy (GWP₁₀₀)
A `carbon footprint per amount (GWP₁₀₀)` that is limited to scope 2 emissions and that is set into relation to the phenomenon's thermal energy.
scope 3 carbon footprint per electric energy (GWP₁₀₀)
A `carbon footprint per amount (GWP₁₀₀)` that is limited to scope 3 emissions and that is set into relation to the phenomenon's electric energy.
scope 3 carbon footprint per thermal energy (GWP₁₀₀)
A `carbon footprint per amount (GWP₁₀₀)` that is limited to scope 3 emissions and that is set into relation to the phenomenon's thermal energy.
scope 1 carbon footprint per amount (GWP₁₀₀)
A `carbon footprint per amount (GWP₁₀₀)` that is limited to scope 1 emissions.
scope 2 carbon footprint per amount (GWP₁₀₀)
A `carbon footprint per amount (GWP₁₀₀)` that is limited to scope 2 emissions.
scope 3 carbon footprint per amount (GWP₁₀₀)
A `carbon footprint per amount (GWP₁₀₀)` that is limited to scope 3 emissions.
This property is intended to be used with an IRI as object that represent the path to the CAD file.
CAD file
a CAD file representing the resource
image
an image depicting the resource
thumbnail image
an thumbnail image depicting the resource
feature highlight image
an feature highlight image depicting the resource
material identifier
ASTM designator
material designator according to ASTM Designation System
UNS number
material number according to the Unified Numbering System for Metals and Alloys (UNS)
AISI/SAE grade number
AISI grade number
SAE grade number
material number according to the AISI/SAE steel grades system
material circularity indicator
material circularity
A score between 0 and 1 to a product or company assessing how linear or restorative the flow of the materials for the product or the company’s products and how long and intensely the product or the company’s products is used compared to similar industryaverage products.
MCI
process description
An occurrence description that describes a process.
process observation
An information content entity that describes an observed process.
the process description that is quantified
of process
product life description
a process description that describes all processes in that a product participates after the products manufacturing and before the products disposal or recycling
of participant
the participant of some process or process description that is quantified in context of the process
machine description
a material artifact description that describes a machine
required time per mass
required time per energy
required time per unit
required time per volume
academic
engineer
skilled worker
laborer
describes utilization of
region of the earth
a distinct part of the earth
describes occurrence in
o describes occurrence in c =def o is a description of an occurrence that occurs in some independent continuant c
a manufacturing process occurs in Germany
occurrence description
An information content entity that describes an occurrence.
compressive strength
A quantity that describes the capability of a material to withstand compression.
ultimate tensile strength
tensile strength
A quantity that describes the capability of a material to withstand tension.
Elastizitätsmodul
Young's modulus
E-Modul
A quantity that describes the stiffness of a material.
elongation at fracture
ductility
a quantity that describes the ductility expressed as the relative change of the gauge length at a fracture in an uniaxial deformation test
reduction of area at fracture
A quantity that describes the ductility expressed as the relative change of the cross-sectional area of the gauge at a fracture in an uniaxial deformation test.
autoignition temperature
ignition temperature
minimum ignition temperature
self-ignition temperature
spontaneous ignition temperature
A quantity that describes the lowest temperature at wich a substance spontaneously ignites.
collection of atoms
an object aggregate / group that has one or more atoms as members
all iron atoms of a screw
Schraubenmuttern-Spezifikation
nut specification
material artifact specification that prescribes a nut, which is a fastening component, with defined thread specifications and dimensions to ensure compatibility with corresponding screws
specification of a hexagon nut in ISO 4032
Nieten-Spezifikation
rivet specification
material artifact specification that prescribes a rivet, which is a mechanical fastener consisting of a cylindrical shaft with a head at one end, used to permanently join two or more materials by being inserted through pre-drilled holes and then deformed to create a second head, securing the materials together
Vollnieten-Spezifikation
solid rivet specification
material artifact specification that prescribes a solid rivet, which is a mechanical fastener featuring a single, continuous piece of material with a cylindrical shaft and heads on both ends, designed for the permanent joining of materials by passing the rivet through pre-drilled holes and then deforming the protruding end to create a second head
specification of a rivet specified in DIN 660
Schrauben-Spezifikation
screw specification
material artifact specification that prescribes a screw, which is a threaded fastener characterized by a helical ridge, designed to be rotated into a corresponding threaded hole or nut, exerting force to fasten materials together
specification of a hexagon socket head cap screw in ISO 4762
metric screw specification
metrische Schrauben-Spezifikation
material artifact specification that prescribes a metric screw, which is a fastener with threaded shafts and metric dimensions, adhering to international standards such as ISO
Unterlegscheiben-Spezifikation
washer specification
material artifact specification that prescribes a washer, which is a flat, disk-shaped component with a central hole, designed to distribute load, reduce friction or prevent damage between a threaded fastener and the surface it contacts
specification of a flat washer specified in ISO 7089
a material artifact that is a mechanical fastener featuring a single, continuous piece of material with a cylindrical shaft and heads on both ends, designed for the permanent joining of materials by passing the rivet through pre-drilled holes and then deforming the protruding end to create a second head
solid rivet
a material artifact that is a fastener with threaded shafts and metric dimensions, adhering to international standards such as ISO
metric screw
a material artifact that is a flat, disk-shaped component with a central hole, designed to distribute load, reduce friction or prevent damage between a threaded fastener and the surface it contacts.
washer
Nenndurchmesser
nominal diameter
a diameter that is the designated diameter of a part used for identification purposes, representing a theoretical or approximate diameter that the part is expected to have and that serves as a reference point for specifying and categorizing the part within a standardized system and actual diameters may vary within acceptable tolerances while still conforming to the specified standard
Nennlänge
nominal length
a length that is the designated or specified length of a standardized part used for identification and categorization within a standardized system, representing an approximate or theoretical measurement and that serves as a reference point and actual lengths may vary within acceptable tolerances while still conforming to the specified standard.
The inner dimension is crucial for components like pipes, tubes, bearings, and other cylindrical objects, and it helps define the size of the internal opening or bore.
Innendurchmesser
inner diameter
a diameter that is the distance across the inside of a circular or tubular component of a part, measured from one inner edge to the opposite inner edge, typically associated with a hollow or cylindrical structure
steel round head rivet specification
plain washer specification
hexagon socket head cap screw with low head with reduced loadability specification
hexagon regular nut specification
round head rivet specification
plain washer chamfered specification
hexagon socket head cap screw specification
hexagon thin nut chamfered specification
material property changing process description
a material transformation process description that describes the changing of properties of the material from which a workpiece is made
hardening of a shaft
forming process description
a material transformation process description that describes the plastical change of the shape of a solid body while the mass and the cohesion are retained
bending a metal sheet
deep drawing of an aluminum can
primary shaping process description
a material transformation process description that describes the creation of a solid body from a shapeless material by creating bonding
additive manufacturing by means of laser sintering
casting of an engine block
separating process description
Fertigen durch Aufheben des Zusammenhaltens von Körpern, wobei der Zusammen-halt teilweise oder im Ganzen vermindert wird.
a material transformation process description that describes the cancelling of the cohesion of bodies or the reduction of the cohesion in part or in whole
milling of a engine block
turning of a shaft
machining with geometrically determined grind process description
a separating process description that describes machining in which a tool is used whose number of cutting edges, geometry of the cutting wedges and position of the cutting edges to the workpiece are determined
milling of a machine part
drilling process description
Beschreibung des Spanens mit kreisförmiger Schnittbewegung, bei dem die Drehachse des Werkzeuges und die Achse der zu erzeugenden Innenfläche identisch sind und die Vorschubbewegung in Richtung dieser Achse verläuft. Die Drehachse der Schnittbewegung behält ihre Lage zum Werkstück unabhängig von der Vorschubbewegung bei (Drehachse werkstückgebunden).- DIN 8589-2
Description of the machining with circular cutting movement, in which the axis of rotation of the tool and the axis of the internal surface to be produced are identical and the feed movement is in the direction of this axis. The axis of rotation of the cutting movement maintains its position relative to the workpiece independently of the feed movement (axis of rotation workpiece-bound).- according to DIN 8589-2
machining/drilling a hole in an engine block
milling process description
Beschreibung des Spanens mit kreisförmiger, einem meist mehrzahnigen Werkzeug zugeordneter Schnittbewegung und mit senkrecht oder auch schräg zur Drehachse des Werkzeuges verlaufender Vorschubbewegung zur Erzeugung beliebiger Werkstückoberflächen.
Description of the machining with circular cutting motion assigned to a usually multi-toothed tool and with feed direction vertical or also angled to the axis of rotation of the tool to produce any workpiece surface.
Milling of an impeller; machining a battery housing.
turning process description
Beschreibung des Spanens mit geschlossener, meist kreisförmiger Schnittbewegung und beliebiger, quer zur Schnittrichtung liegender Vorschubbewegung. Die Drehachse der Schnittbewegung behält ihre Lage zum Werkstück unabhängig von der Vorschubbewegung bei (Drehachse werkstückgebunden).
Description of the machining with closed, usually circular cutting motion and any feed motion transverse to the cutting direction. The rotary axis of the cutting movement maintains its position relative to the workpiece independently of the feed movement (rotary axis workpiece-bound).
machining/turning a rotational symmetric part (e.g. a shaft)
includes methods such as screwing, clamping, clipping, pinning, shrinking, stretching, nailing, wedging, and tensioning
pressing on or in joining process description
a joining process description that describes the elastic deformation of components and auxiliary joining elements to prevent unintended detachment through force closure
In this method, the base materials, and often a filler material, are brought to a molten state, and upon cooling, they solidify to form a fused joint. Fusion welding techniques include various processes such as arc welding, gas welding, and laser welding, where the heat generated causes the materials to melt and subsequently bond together.
fusion welding process description
a weld joining process description that describes the melting of joined materials to create a cohesive bond
In pressure welding, heat and pressure are used to create a bond between the materials. Pressure welding techniques include processes like friction welding, ultrasonic welding, and explosion welding, where pressure is applied to achieve the desired connection between the materials without fully melting them.
solid state welding process description
a weld joining process description that describes the application of pressure to join materials without necessarily reaching a molten state
joining by forming process description
a joining process description that describes the direct shaping of components or the shaping of additional joining elements to connect the components
filling process description
a joining process description that describes the introduction of a substance, such as gas, vapor, liquid, paste, powder, or granular material, into hollow or porous bodies
joining by primary forming process description
a joining process description that describes the primary shaping or forming of one or more components to establish a connection
solder joining process description
a joining process description that describes the melting the solder without reaching the melting temperature of the joined materials to connection between mostly metallic materials
Weaving involves the interlacing of two threads to create a fabric, while knitting, using only one thread, forms a fabric through the creation of loops.
textile joining process description
a joining process description that describes the combining of textile materials through various techniques, with a broad division into two main categories: weaving with two threads and knitting with a single thread
additive manufacturing process description
a primary shaping process description that describes the joining of materials to produce components from 3D model data usually layer by layer
additive manufacturing of gas turbines
additive manufacturing of illustrative models
binder jetting process description
Beschreibung eines additiven Fertigungsprozesses, in dem ein flüssiges Bindemittel gezielt auf Pulverwerkstoffe abgesetzt wird, damit diese sich verbinden.
Description of an additive manufacturing process in which a liquid binder is selectively deposited onto powder materials to bind them together.
directed energy deposition process description
Beschreibung eines additiven Fertigungsprozesses, in dem eine fokussierte Wärmeenergie verwendet wird, um Werkstoffe während des Absetzens durch Schmelzen zu vereinigen. „Fokussierte Wärmeenergie“ bedeutet, dass eine Energiequelle (z. B. ein Laser, Elektronenstrahl oder Plasmabogen) fokussiert wird, um die abgesetzten Werkstoffe zu schmelzen.
Description of an additive manufacturing process in which focused thermal energy is used to fuse materials together during deposition. "Focused thermal energy" means that an energy source (e.g., a laser, electron beam, or plasma arc) is focused to melt the deposited materials.
material extrusion process description
Beschreibung eines additiven Fertigungsprozesses, in dem Werkstoffe gezielt mit einer Düse oder Öffnung dosiert werden.
Description of an additive manufacturing process in which materials are dispensed selectively using a nozzle.
material jetting process description
Beschreibung eines additiven Fertigungsprozesses, in dem Tropfen des Aufbauwerkstoffs gezielt abgesetzt werden.
Description of an additive manufacturing process in which drops of the buildup material are selectively deposited.
powder bed fusion process description
Beschreibung eines additiven Fertigungsprozesses, in dem Wärmeenergie gezielt Bereiche eines Pulverbetts schmilzt.
Description of an additive manufacturing process in which thermal energy selectively melts areas of a powder bed.
sheet lamination process description
Beschreibung eines additiven Fertigungsprozesses, in dem Werkstoffschichten verbunden werden, um ein Bauteil zu formen.
Description of an additive manufacturing process in which layers of material sheets are joined to form a component.
vat photopolymerization process description
Beschreibung eines additiven Fertigungsprozesses, in dem flüssiges Photopolymer in einer Wanne gezielt, durch Licht-aktivierte Polymerisation, ausgehärtet wird.
Description of an additive manufacturing process in which liquid photopolymer is selectively cured in a vat, by light-activated polymerization.
powder bed fusion - laser beam (pbf-lb) process description
Description of an additive manufacturing process in which thermal energy of a laser selectively melts areas of a powder bed.
materialextrusion-thermalreactionbonding (mex-trb) process description
Description of an additive manufacturing process that uses a continuous filament of thermoplastic material. By melting the material and applying it on a building plate, parts can be manufactured layer by layer.
directedenergydeposition-arc&wire (ded-arc&wire) process description
Description of an additive manufacturing process in which focused thermal energy of a plasma arc is used to melt wired metal materials during deposition.
directedenergydeposition-laserbeam&powder (ded-lb&powder) process description
Description of an additive manufacturing process in which focused thermal energy of a laser is used to fuse powdered materials during deposition.
directedenergydeposition-laserbeam&wire (ded-lb&wire) process description
Description of an additive manufacturing process in which focused thermal energy of a laser is used to melt wired metal materials during deposition.
NietVerbindungsbeschreibung
riveted connection description
riveted joint description
a connection description that describes a connection between two or more components, where rivets are used to permanently secure the materials together by passing through pre-drilled holes and then deforming the protruding end to create a second head, creating a connection.
screwed connection description
screwed joint description
a connection description that describes a connection between two or more components achieved by threading a screw into a corresponding threaded hole or nut, creating a fastening mechanism that secures the components together
Schweißverbindungsbeschreibung
welded connection description
welded joint description
a connection description that describes a connection between two or more materials achieved by melting and fusing their adjacent surfaces, forming a cohesive and permanent bond as the melted material solidifies
non-destructive detachable connection description
non-permanent connection description
non-permanent joint description
non-destructive detachable joint description
a connection description that describes a connection that can be detached without destroying the connected parts and the used fasteners
partially destructive detachable connection description
conditionally detachable connection description
a connection description that describes a connection that can be detached only with destroying the used fasteners
destructive detachable connection description
not detachable connection description
a connection description that describes a connection that can be detached only with destroying some of the connected parts or the used fasteners
completely destructive detachable connection description
a connection description that describes a connection that can be detached only with destroying the connected parts and the used fasteners
Beschreibung einer stoffschlüssigen Verbindung
compound fit connection description
a connection description that describes a connection that relies on adhesion and cohesion force
Beschreibung einer kraftschlüssigen Verbindung
force fit connection description
a connection description that describes a connection that relies on friction or pressure to form a connection between components
Beschreibung einer formschlüssigen Verbindung
form fit connection description
a connection description that describes a connection that relies on the actual shape or form of the components to achieve a secure fit
assembly joining process description
revenue per unit
revenue per mass
linear flow index
The Linear Flow Index (LFI) measures the proportion of material flowing in a linear fashion, that is, sourced from virgin materials and ending up as unrecoverable waste.
LFI
feedstock recycling efficiency
efficiency of the recycling process used to produce recycled feedstock for a product
E_F
feedstock mass fraction from recycled sources
fraction of mass of a product’s feedstock from recycled sources
F_R
end of life recycling efficiency
efficiency of the recycling process used for the portion of a product collected for recycling
primary material mass per unit
virgin material mass per unit
material that is not from reuse, recycling or biological materials from sustained production
primary material mass per mass
virgin material mass per mass
total waste mass per unit
total mass of unrecoverable waste per unit
total waste mass per mass
total mass of unrecoverable waste per mass
feedstock recycling waste mass per unit
mass of unrecoverable waste generated when producing recycled feedstock per unit
W_F
feedstock recycling waste mass per mass
mass of unrecoverable waste generated when producing recycled feedstock per mass
part recycling waste mass per unit
mass of unrecoverable waste generated in the process of recycling parts per unit
W_C
part recycling waste mass per mass
mass of unrecoverable waste generated in the process of recycling parts per mass
non-recycling waste mass per unit
mass of unrecoverable waste through material going into landfill, waste to energy and any other type of process where the materials are no longer recoverable, per unit
W_O
non-recycling waste mass per mass
mass of unrecoverable waste through material going into landfill, waste to energy and any other type of process where the materials are no longer recoverable, per mass
feedstock mass fraction from reused sources
fraction of mass of a product’s feedstock from reused sources
F_U
mass fraction going into component reuse
fraction of mass of a product going into component reuse
C_U
mass fraction going into a recycling process
fraction of mass of a product being collected to go into a recycling process
C_R
ratio of average lifetime compared to industry-average
L/L_av
ratio of average intensity of use compared to industry-average
U/U_av
product utility
product utility factor
Utility factor built as a function of the product utility for the material circularity indicator.
f(X)
has factor to SI base unit
the value of the unit expressed in terms of the SI base unit of the same dimension
manufacturing material specification
material specification that constraints the chemical composition of some material used for manufacturing
is variant of
v is variant of o =def v is a material artifact specification that is derived from the material artifact specification o by applying some changes on the specification
material criticality score (EU)
A score which expresses the supply bottleneck risks for key mineral resources in technologies according to the EU critical raw materials list, aiming to reduce these risks early in development by estimating and aggregating material criticality. The score is represented as a unitless absolute number. A higher value means a higher risk.
replacement specification
an action specification that describes the replacement of something at some entity description with some entity description
material replacement specification
a replacement specification that describes the change of the material specification at the material artifact specification applied by some component application specification
component replacement specification
a replacement specification that describes the change of the applied material artifact specification at some component application specification
connection replacement specification
a replacement specification that describes the change of the connection type at some connection specification
design change suggestion
a plan specification that describes the suggested changes to an material artifact specification
replaces at
r replaces at e =def r is a replacement specification that specifies a replacement at the entity description e
replaces with
r replaces with e =def r is a replacement specification that specifies a replacement of something with the entity description e
has input description
p has input description e =def p is a plan specification that prescribes a process that has the input entity description e
has output description
p has output description e =def p is a plan specification that prescribes a process that has the output entity description e
material transformation sequence
an action specification that prescribes the sequence of some material transformations
has first
o has first f =def f is the first thing to transform in the order of transformations described by the material transformation order a
has rest
o has rest r =def r is a material transformation order that describes the further order of transformation after transforming the first thing of the material transformation order o
disassembly sequence
a material transformation order specification that prescribes the sequence to disassemble the components of some assembly
has disassembly sequence
a has disassembly sequence o =def o is a disassembly sequence that prescribes the sequence of disassembling the assembly a
assembly sequence
a material transformation sequence specification that prescribes the order to assembly the components of some assembly
has assembly sequence
a has assembly sequence o =def o is a assembly sequence that prescribes the sequence of assembling the assembly a
recyclable chemical element mass fraction
not recyclable chemical element mass fraction
recyclable chemical element mass
not recyclable chemical element mass
identifier of the resource in the source it has been imported from
identifier in source
v is variant of o =def material artifact description v is an adapted version of material artifact description o
Motorengehäuse and Getriebegehäuse Masseanteil
crankcase and gearbox mass fraction
Feines Masseanteil
fine mass fraction
feines Schrottobjekt
fine scrap object
Suspension Masseanteil
suspension mass fraction
nicht klassifizierbare Form Masseanteil
not classifiable shape mass fraction
Sonstiges Masseanteil
suspension scrap object
individual part mass
the mass of contained parts
individual part diameter
the diameter of contained parts
individual part mass fraction
the mass fraction of contained parts
is single-alloy
ist Legierung-sortenreiner
states true, if the subject consists of only one alloy
Hauptbestandteil Sekundärrohstoff-Masseanteil
secondary raw material main component mass fraction
gesamter Verunreinigungen Sekundärrohstoff-Masseanteil
secondary raw material total contamination mass fraction
nicht metallische Verunreinigungen Sekundärrohstoff-Masseanteil
secondary raw material non-metallic contamination mass fraction
metallische Verunreinigungen Sekundärrohstoff-Masseanteil
secondary raw material metallic contamination mass fraction
Wasser Verunreinigungen Sekundärrohstoff-Masseanteil
secondary raw material water contamination mass fraction
secondary raw material oil grease and dust contamination mass fraction
Öl, Fett und Staub Verunreinigungen Sekundärrohstoff-Masseanteil
nicht klassifizierbarer nicht-metallische Verunreinigungen Sekundärrohstoff-Masseanteil
secondary raw material not classifiable non-metallic contamination mass fraction
Beschichtungen Verunreinigungen Sekundärrohstoff-Masseanteil
secondary raw material coating contamination mass fraction
Sauerstoff Verunreinigungen Sekundärrohstoff-Masseanteil
secondary raw material oxygen contamination mass fraction
Eisen Verunreinigungen Sekundärrohstoff-Masseanteil
secondary raw material iron contamination mass fraction
Chrom Verunreinigungen Sekundärrohstoff-Masseanteil
secondary raw material chromium contamination mass fraction
metallischer nicht-Chrom und nicht-Eisen Verunreinigungen Sekundärrohstoff-Masseanteil
secondary raw material metallic non-chromium and non-iron contamination mass fraction
recyclable mass
not recyclable mass
recyclable mass fraction
not recyclable mass fraction
recyclable unidentified chemical element mass fraction
not recyclable unidentified chemical element mass fraction
recyclable unidentified chemical element mass
not recyclable unidentified chemical element mass
connector role
a role that is held by a material entity or a component application description when serving as a connector in a connection
connected component role
a role that is held by a material entity or a component application description when serving as a connected element in a connection
identifier of the resource in the CAD design file
identifier in CAD design file
chromium, nickel and molybdenum mass fraction
collection of chromium, nickel and molybdenum atoms
collection of chromium, nickel, molybdenum, copper and tin atoms
chromium, nickel, molybdenum, copper and tin atoms mass fraction
collection of raw earth atoms
raw earth mass fraction
collection of not Ag, Al, As, Au, B, Be, Bi, C, Ca, Cd, Ce, Co, Cr, Cu, Dy, Er, Eu, Fe, Ga, Gd, Hg, Ho, La, Li, Lu, Mg, Mn, Mo, N, Na, Nb, Nd, Ni, P, Pb, Pr, S, Sb, Se, Si, Sm, Sn, Tb, Te, Ti, Tm, V, W, Y, Yb, Zn or Zr atoms
not Ag, Al, As, Au, B, Be, Bi, C, Ca, Cd, Ce, Co, Cr, Cu, Dy, Er, Eu, Fe, Ga, Gd, Hg, Ho, La, Li, Lu, Mg, Mn, Mo, N, Na, Nb, Nd, Ni, P, Pb, Pr, S, Sb, Se, Si, Sm, Sn, Tb, Te, Ti, Tm, V, W, Y, Yb, Zn or Zr mass fraction
Cr+3,3Mo+16N mass fraction
collection of alkaline earth metal atoms
collection of carbon group element atoms
collection of scandium group element atoms
collection of titanium group element atoms
collection of vanadium group element atoms
collection of chromium group element atoms
collection of manganese group element atoms
collection of cobalt group element atoms
collection of nickel group element atoms
collection of platinum group metal atoms
collection of copper group element atoms
collection of post-transition metal atoms
recyclable manganese group elements mass
not recyclable alkaline earth metal mass
not recyclable carbon group elements mass
not recyclable boron group elements mass
not recyclable scandium group elements mass
not recyclable titanium group elements mass
not recyclable vanadium group elements mass
not recyclable chromium group elements mass
not recyclable manganese group elements mass
not recyclable cobalt group elements mass
not recyclable nickel group elements mass
not recyclable platinum group metal mass
not recyclable copper group elements mass
not recyclable post-transition metal mass
recyclable alkaline earth metal mass fraction
recyclable transition elements mass fraction
recyclable carbon group elements mass fraction
recyclable boron group elements mass fraction
recyclable main group elements mass fraction
recyclable rare earth metal mass fraction
recyclable scandium group elements mass fraction
recyclable zinc group elements mass fraction
recyclable titanium group elements mass fraction
recyclable vanadium group elements mass fraction
recyclable chromium group elements mass fraction
recyclable manganese group elements mass fraction
recyclable iron group elements mass fraction
recyclable cobalt group elements mass fraction
recyclable nickel group elements mass fraction
recyclable platinum group metal mass fraction
recyclable copper group elements mass fraction
recyclable s-block elements mass fraction
recyclable p-block elements mass fraction
recyclable d-block elements mass fraction
recyclable f-block elements mass fraction
recyclable post-transition metal mass fraction
not recyclable heavy metal mass fraction
not recyclable alkaline earth metal mass fraction
not recyclable alkali metal mass fraction
not recyclable transition elements mass fraction
not recyclable carbon group elements mass fraction
not recyclable boron group elements mass fraction
not recyclable main group elements mass fraction
not recyclable rare earth metal mass fraction
not recyclable scandium group elements mass fraction
not recyclable zinc group elements mass fraction
not recyclable titanium group elements mass fraction
not recyclable rutherfordium mass fraction
not recyclable vanadium group elements mass fraction
not recyclable chromium group elements mass fraction
not recyclable manganese group elements mass fraction
not recyclable iron group elements mass fraction
not recyclable cobalt group elements mass fraction
not recyclable nickel group elements mass fraction
not recyclable platinum group metal mass fraction
not recyclable copper group elements mass fraction
not recyclable darmstadtium mass fraction
not recyclable roentgenium mass fraction
not recyclable technetium-99 mass fraction
not recyclable protactinium mass fraction
not recyclable californium mass fraction
not recyclable einsteinium mass fraction
not recyclable mendelevium mass fraction
not recyclable copernicium mass fraction
not recyclable s-block elements mass fraction
not recyclable p-block elements mass fraction
not recyclable d-block elements mass fraction
not recyclable f-block elements mass fraction
not recyclable nitrogen-15 mass fraction
not recyclable nitrogen-13 mass fraction
not recyclable nitrogen-16 mass fraction
not recyclable nitrogen-17 mass fraction
not recyclable nitrogen-14 mass fraction
not recyclable fluorine-18 mass fraction
not recyclable fluorine-19 mass fraction
not recyclable polonium-210 mass fraction
not recyclable polonium-211 mass fraction
not recyclable polonium-212 mass fraction
not recyclable polonium-213 mass fraction
not recyclable polonium-214 mass fraction
not recyclable polonium-215 mass fraction
not recyclable polonium-216 mass fraction
not recyclable polonium-217 mass fraction
not recyclable polonium-218 mass fraction
not recyclable polonium-190 mass fraction
not recyclable polonium-191 mass fraction
not recyclable polonium-192 mass fraction
not recyclable polonium-193 mass fraction
not recyclable polonium-194 mass fraction
not recyclable polonium-195 mass fraction
not recyclable polonium-196 mass fraction
not recyclable polonium-197 mass fraction
not recyclable polonium-198 mass fraction
not recyclable polonium-199 mass fraction
not recyclable polonium-200 mass fraction
not recyclable polonium-201 mass fraction
not recyclable polonium-202 mass fraction
not recyclable polonium-203 mass fraction
not recyclable polonium-204 mass fraction
not recyclable polonium-205 mass fraction
not recyclable polonium-206 mass fraction
not recyclable polonium-207 mass fraction
not recyclable polonium-208 mass fraction
not recyclable polonium-209 mass fraction
not recyclable thallium-203 mass fraction
not recyclable thallium-205 mass fraction
not recyclable thallium-201 mass fraction
not recyclable thallium-199 mass fraction
not recyclable aluminium-27 mass fraction
not recyclable aluminium-26 mass fraction
not recyclable aluminium-28 mass fraction
not recyclable phosphorus-31 mass fraction
not recyclable phosphorus-32 mass fraction
not recyclable phosphorus-33 mass fraction
not recyclable praseodymium mass fraction
not recyclable chromium-51 mass fraction
not recyclable tellurium-125 mass fraction
not recyclable selenium-77 mass fraction
not recyclable rubidium-87 mass fraction
not recyclable tungsten-183 mass fraction
not recyclable cadmium-111 mass fraction
not recyclable cadmium-113 mass fraction
not recyclable antimony-121 mass fraction
not recyclable antimony-123 mass fraction
not recyclable lanthanum-139 mass fraction
not recyclable potassium-39 mass fraction
not recyclable molybdenum-95 mass fraction
not recyclable scandium-45 mass fraction
not recyclable europium-151 mass fraction
not recyclable germanium-73 mass fraction
not recyclable magnesium-25 mass fraction
not recyclable metal allergen mass fraction
not recyclable molybdenum-98 mass fraction
not recyclable strontium-88 mass fraction
not recyclable rubidium-85 mass fraction
not recyclable selenium-82 mass fraction
not recyclable manganese-55 mass fraction
not recyclable livermorium mass fraction
not recyclable caesium-135 mass fraction
not recyclable caesium-137 mass fraction
not recyclable post-transition metal mass fraction