tribAIn.owl

<?xml version="1.0"?>
<Ontology xmlns="http://www.w3.org/2002/07/owl#"
     xml:base="http://ktmfk.de/ontology/tribAIn"
     xmlns:rdf="http://www.w3.org/1999/02/22-rdf-syntax-ns#"
     xmlns:xml="http://www.w3.org/XML/1998/namespace"
     xmlns:xsd="http://www.w3.org/2001/XMLSchema#"
     xmlns:rdfs="http://www.w3.org/2000/01/rdf-schema#"
     ontologyIRI="http://ktmfk.de/ontology/tribAIn"
     versionIRI="http://ktmfk.de/ontology/tribAIn">
    <Prefix name="" IRI="http://ktmfk.de/ontology/tribAIn"/>
    <Prefix name="dc" IRI="http://purl.org/dc/elements/1.1/"/>
    <Prefix name="mat" IRI="http://ktmfk.de/ontology/tribAIn/materialMetadata/"/>
    <Prefix name="owl" IRI="http://www.w3.org/2002/07/owl#"/>
    <Prefix name="rdf" IRI="http://www.w3.org/1999/02/22-rdf-syntax-ns#"/>
    <Prefix name="tAI" IRI="http://ktmfk.de/ontology/tribAIn/"/>
    <Prefix name="uom" IRI="http://ktmfk.de/ontology/tribAIn/unitOfMeasurementMetadata/"/>
    <Prefix name="xml" IRI="http://www.w3.org/XML/1998/namespace"/>
    <Prefix name="xsd" IRI="http://www.w3.org/2001/XMLSchema#"/>
    <Prefix name="rdfs" IRI="http://www.w3.org/2000/01/rdf-schema#"/>
    <Annotation>
        <AnnotationProperty abbreviatedIRI="dc:creator"/>
        <Literal>Ontology engineer: Patricia Kügler
Domain expert: Max Marian</Literal>
    </Annotation>
    <Annotation>
        <AnnotationProperty abbreviatedIRI="dc:rights"/>
        <Literal>This work is licensed under a Creative Commons Attribution 4.0 International License. http://creativecommons.org/licenses/by/4.0/</Literal>
    </Annotation>
    <Annotation>
        <AnnotationProperty abbreviatedIRI="dc:title"/>
        <Literal>tribAIn - Derived from the ancient Greek word “tribein” (= rubbing) and the acronym “AI” (= Artificial Intelligence)</Literal>
    </Annotation>
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        <IRI>/Model</IRI>
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        <IRI>/Newton</IRI>
        <Literal>N</Literal>
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        <Literal>An object of an experiment is &quot;on whom an experiment is made.&quot; For instance: a &lt;plant&gt;, a &lt;robot&gt;.</Literal>
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        <Literal>A value or component to quantify the the stress collective on the contacting bodies of the tribosystem.</Literal>
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        <AnnotationProperty abbreviatedIRI="rdfs:comment"/>
        <IRI>/Output</IRI>
        <Literal>Every Process has an output, which is the result of the process. For instance, a production process has a complete product as an output.</Literal>
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        <IRI>/Output</IRI>
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        <Literal>Pa</Literal>
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        <Literal>Pressure which is measured in vaccuum. The range of measurement is less precise as Pirani.</Literal>
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        <Literal>Physical objects in the engineering domain, such as materials and lubricants for the tribological domain or even parts and assemblies in general engineering design.</Literal>
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        <Literal>A value or component that may be expressed in numbers.</Literal>
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        <Literal>root mean square roughness</Literal>
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        <Literal>maximum depth of valleys</Literal>
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        <Literal>reduced valley depth</Literal>
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        <Literal>ten-point height</Literal>
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        <IRI>/SampleCounterBodyID</IRI>
        <Literal>This annotation property is used to document a specific ID, which signs the physical individual, which was used as counterbody in the experimental setup.</Literal>
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        <Literal>Tangential relative movement of a solid body in contact with another.</Literal>
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        <IRI>/SlidingDistance</IRI>
        <Literal>Distance covered by motions in a tribological experiment.</Literal>
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        <IRI>/SolidLubricant</IRI>
        <Literal>Solid lubricants are materials that, despite being in the solid phase, are able to reduce friction between two surfaces sliding against each other without the need for a liquid oil medium.</Literal>
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        <Literal>The rate at which someone or something moves or operates or is able to move or operate.</Literal>
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        <Annotation>
            <AnnotationProperty IRI="/FROM"/>
            <Literal>ISBN 978-0-935702-75-0</Literal>
        </Annotation>
        <AnnotationProperty abbreviatedIRI="rdfs:comment"/>
        <IRI>/SystematicError</IRI>
        <Literal>Experimental uncertainties which cannot be revealed by repeating the measurements. e.g. stopping the time with a stopwatch which runs consistently slow, all times will be underestimated and the repetition will not reveal the error.</Literal>
    </AnnotationAssertion>
    <AnnotationAssertion>
        <AnnotationProperty IRI="/FROM"/>
        <IRI>/TargetVariable</IRI>
        <Literal>EXPO (http://expo.sourceforge.net)</Literal>
    </AnnotationAssertion>
    <AnnotationAssertion>
        <AnnotationProperty abbreviatedIRI="rdfs:comment"/>
        <IRI>/TargetVariable</IRI>
        <Literal>A target variable is an unknown variable of the domain model about which the experiment is designed to discover new knowledge.</Literal>
    </AnnotationAssertion>
    <AnnotationAssertion>
        <AnnotationProperty abbreviatedIRI="rdfs:comment"/>
        <IRI>/TargetVariable</IRI>
        <Literal>Within the domain of tribology used for the variable which is varied to investigate the influence of this variable on tribological behavior (friction and wear behavior).</Literal>
    </AnnotationAssertion>
    <AnnotationAssertion>
        <AnnotationProperty IRI="/FROM"/>
        <IRI>/TaskRole</IRI>
        <Literal>EXPO (http://expo.sourceforge.net)</Literal>
    </AnnotationAssertion>
    <AnnotationAssertion>
        <AnnotationProperty IRI="/FROM"/>
        <IRI>/TechnicalDescription</IRI>
        <Literal>EXPO (http://expo.sourceforge.net)</Literal>
    </AnnotationAssertion>
    <AnnotationAssertion>
        <Annotation>
            <AnnotationProperty IRI="/FROM"/>
            <Literal>http://www.u.arizona.edu/~menchaca/engl308/assignments/descriptions.htm</Literal>
        </Annotation>
        <AnnotationProperty abbreviatedIRI="rdfs:comment"/>
        <IRI>/TechnicalDescription</IRI>
        <Literal>A technical description is a representation of technical information about experimental equipment or a subject (robot) in order to provide the user with information about a technology&apos;s purpose and functions, components and construction, and operation and maintenance?</Literal>
    </AnnotationAssertion>
    <AnnotationAssertion>
        <AnnotationProperty abbreviatedIRI="rdfs:comment"/>
        <IRI>/TechnicalDrawing</IRI>
        <Literal>The representation of assemblies and parts as technical drawing.</Literal>
    </AnnotationAssertion>
    <AnnotationAssertion>
        <AnnotationProperty abbreviatedIRI="rdfs:comment"/>
        <IRI>/TechnicalStandard</IRI>
        <Literal>A techical standard is a documented and accessable norm or specification for repeatable technical tasks (e.g. DIN, ANSI)</Literal>
    </AnnotationAssertion>
    <AnnotationAssertion>
        <Annotation>
            <AnnotationProperty IRI="/FROM"/>
            <Literal>https://www.lexico.com/definition/temperature</Literal>
        </Annotation>
        <AnnotationProperty abbreviatedIRI="rdfs:comment"/>
        <IRI>/Temperature</IRI>
        <Literal>The degree or intensity of heat present in a substance or object, especially as expressed according to a comparative scale and shown by a thermometer or perceived by touch.</Literal>
    </AnnotationAssertion>
    <AnnotationAssertion>
        <AnnotationProperty abbreviatedIRI="rdfs:comment"/>
        <IRI>/TestSeries</IRI>
        <Literal>Consists of different samples which are tested and an overall result is built from the coherent series.</Literal>
    </AnnotationAssertion>
    <AnnotationAssertion>
        <AnnotationProperty abbreviatedIRI="rdfs:comment"/>
        <IRI>/Time</IRI>
        <Literal>The indefinite continued progress of existence and events in the past, present, and future regarded as a whole. - https://www.lexico.com/definition/time</Literal>
    </AnnotationAssertion>
    <AnnotationAssertion>
        <AnnotationProperty abbreviatedIRI="rdfs:comment"/>
        <IRI>/TimeStamp</IRI>
        <Literal>an exact point of time in the format xsd:dateTimeStamp.</Literal>
    </AnnotationAssertion>
    <AnnotationAssertion>
        <AnnotationProperty IRI="/materialMetadata/symbol"/>
        <IRI>/TitaniumCarbide</IRI>
        <Literal>TiC</Literal>
    </AnnotationAssertion>
    <AnnotationAssertion>
        <AnnotationProperty abbreviatedIRI="rdfs:comment"/>
        <IRI>/TriboElement</IRI>
        <Literal>An element of a tribological system.</Literal>
    </AnnotationAssertion>
    <AnnotationAssertion>
        <Annotation>
            <AnnotationProperty IRI="/FROM"/>
            <Literal>https://doi.org/10.1007/978-3-642-22647-2_303</Literal>
        </Annotation>
        <AnnotationProperty abbreviatedIRI="rdfs:comment"/>
        <IRI>/TriboSystem</IRI>
        <Literal>Entity with a structure to perform a technical function consisting of at least two interacting bodies in relative motion and any environmental factor that affects their interaction.</Literal>
    </AnnotationAssertion>
    <AnnotationAssertion>
        <Annotation>
            <AnnotationProperty IRI="/FROM"/>
            <Literal>https://doi.org/10.1007/978-3-8348-2236-9</Literal>
        </Annotation>
        <AnnotationProperty abbreviatedIRI="rdfs:comment"/>
        <IRI>/TriboSystem</IRI>
        <Literal>The description of tribosystems is based on a detailed assessment of relevant system inputs, outputs and losses, as well as an overall description of the system structure.</Literal>
    </AnnotationAssertion>
    <AnnotationAssertion>
        <AnnotationProperty abbreviatedIRI="rdfs:comment"/>
        <IRI>/TribologicalParameter</IRI>
        <Literal>Parameters which are especially used within the domain of tribology</Literal>
    </AnnotationAssertion>
    <AnnotationAssertion>
        <AnnotationProperty abbreviatedIRI="rdfs:comment"/>
        <IRI>/TribologicalReferenceMethod</IRI>
        <Literal>The tribological standard method for experiments containing a tribosystem, a stress collective and some interactions.</Literal>
    </AnnotationAssertion>
    <AnnotationAssertion>
        <Annotation>
            <AnnotationProperty IRI="/FROM"/>
            <Literal>https://doi.org/10.1007/978-3-8348-2236-9</Literal>
        </Annotation>
        <AnnotationProperty abbreviatedIRI="rdfs:comment"/>
        <IRI>/TribologicalTesting</IRI>
        <Literal>Tribological measurement and testing technology, known as tribometry, ranges from investigations of complete technical systems under real operating conditions to laboratory model tests with simple test specimens.</Literal>
    </AnnotationAssertion>
    <AnnotationAssertion>
        <Annotation>
            <AnnotationProperty IRI="/FROM"/>
            <Literal>https://en.wikipedia.org/wiki/Ultrasonic_cleaning</Literal>
        </Annotation>
        <AnnotationProperty abbreviatedIRI="rdfs:comment"/>
        <IRI>/Ultrasonication</IRI>
        <Literal>Ultrasonic cleaning is a process that uses ultrasound to agitate a fluid.</Literal>
    </AnnotationAssertion>
    <AnnotationAssertion>
        <Annotation>
            <AnnotationProperty IRI="/FROM"/>
            <Literal>https://www.lexico.com/definition/unit</Literal>
        </Annotation>
        <AnnotationProperty abbreviatedIRI="rdfs:comment"/>
        <IRI>/Unit</IRI>
        <Literal>A quantity chosen as a standard in terms of which other quantities may be expressed.</Literal>
    </AnnotationAssertion>
    <AnnotationAssertion>
        <Annotation>
            <AnnotationProperty IRI="/FROM"/>
            <Literal>https://www.lexico.com/en/definition/variable</Literal>
        </Annotation>
        <AnnotationProperty abbreviatedIRI="rdfs:comment"/>
        <IRI>/Variable</IRI>
        <Literal>A quantity which during a calculation is assumed to vary or be capable of varying in value (mathematics).</Literal>
    </AnnotationAssertion>
    <AnnotationAssertion>
        <Annotation>
            <AnnotationProperty IRI="/FROM"/>
            <Literal>ISBN: 978-1-4987-5290-9</Literal>
        </Annotation>
        <AnnotationProperty abbreviatedIRI="rdfs:comment"/>
        <IRI>/ViscosityindexImprover</IRI>
        <Literal>Compounds that allow lubricants to remain viscous at higher temperatures.</Literal>
    </AnnotationAssertion>
    <AnnotationAssertion>
        <AnnotationProperty IRI="/unitOfMeasurementMetadata/symbol"/>
        <IRI>/Volt</IRI>
        <Literal>V</Literal>
    </AnnotationAssertion>
    <AnnotationAssertion>
        <Annotation>
            <AnnotationProperty IRI="/FROM"/>
            <Literal>https://www.lexico.com/definition/voltage</Literal>
        </Annotation>
        <AnnotationProperty abbreviatedIRI="rdfs:comment"/>
        <IRI>/Voltage</IRI>
        <Literal>An electromotive force or potential difference expressed in volts.</Literal>
    </AnnotationAssertion>
    <AnnotationAssertion>
        <AnnotationProperty abbreviatedIRI="rdfs:comment"/>
        <IRI>/VolumeElement</IRI>
        <Literal>Basic elements which have a volume, thus they have three dimensions (3D).</Literal>
    </AnnotationAssertion>
    <AnnotationAssertion>
        <AnnotationProperty abbreviatedIRI="rdfs:comment"/>
        <IRI>/WearBehavior</IRI>
        <Literal>Properties of an tribological system regarding the damaging, gradual removal or deformation of material at solid surfaces.</Literal>
    </AnnotationAssertion>
    <AnnotationAssertion>
        <Annotation>
            <AnnotationProperty IRI="/FROM"/>
            <Literal>GfT Arbeitsblatt 7</Literal>
        </Annotation>
        <AnnotationProperty abbreviatedIRI="rdfs:comment"/>
        <IRI>/WearVolume</IRI>
        <Literal>Volume change of the worn body.</Literal>
    </AnnotationAssertion>
    <AnnotationAssertion>
        <AnnotationProperty abbreviatedIRI="rdfs:comment"/>
        <IRI>/YoungsModulus</IRI>
        <Literal>Ratio of linear stress to linear Strain.</Literal>
    </AnnotationAssertion>
    <AnnotationAssertion>
        <AnnotationProperty abbreviatedIRI="rdfs:comment"/>
        <IRI>/hasTargetVariable</IRI>
        <Literal>The relation is used to seperate all parameters from the variable which is the target of the scientific study</Literal>
    </AnnotationAssertion>
    <AnnotationAssertion>
        <AnnotationProperty abbreviatedIRI="rdfs:comment"/>
        <IRI>/hasValue</IRI>
        <Literal>To sign the value of a parameter.</Literal>
    </AnnotationAssertion>
    <AnnotationAssertion>
        <AnnotationProperty abbreviatedIRI="rdfs:comment"/>
        <IRI>/textualHypothesis</IRI>
        <Literal>The annotation property for explicit stating the textual description of a experimental hypothesis or research question, which is described, for instance in a publication.</Literal>
    </AnnotationAssertion>
    <AnnotationAssertion>
        <AnnotationProperty abbreviatedIRI="rdfs:comment"/>
        <IRI>/textualInterpretation</IRI>
        <Literal>The annotation property for explicit stating the textual description of a results interpretation, which is described, for instance in a publication.</Literal>
    </AnnotationAssertion>
    <AnnotationAssertion>
        <AnnotationProperty abbreviatedIRI="rdfs:comment"/>
        <IRI>/usedIn</IRI>
        <Literal>A relation to sign the physical constituants of the samples used in the test series. Physical constituants can be &quot;Substrate&quot;, &quot;Assembly&quot;, &quot;Part&quot;, &quot;Lubricant&quot;, &quot;Material&quot;, etc. The physical constituants of the sample carry information about preprocessing, thus if different preprocessing of different sample parts is used in the test series, the physical constituants can be related to the classes &quot;Sample&quot;, &quot;SampleGroup&quot; or &quot;TestSeries&quot; via the relation usedIn.</Literal>
    </AnnotationAssertion>
    <AnnotationAssertion>
        <AnnotationProperty IRI="/materialMetadata/materialNumber"/>
        <IRI>/100Cr6</IRI>
        <Literal>1.3505</Literal>
    </AnnotationAssertion>
    <AnnotationAssertion>
        <AnnotationProperty abbreviatedIRI="rdfs:comment"/>
        <IRI>/2dCompound</IRI>
        <Literal>A group of chrystalline material with only one layer of atoms.</Literal>
    </AnnotationAssertion>
    <AnnotationAssertion>
        <AnnotationProperty IRI="/FROM"/>
        <AnonymousIndividual nodeID="_:genid2147483650"/>
        <Literal>xfgxdfgdfg</Literal>
    </AnnotationAssertion>
    <AnnotationAssertion>
        <AnnotationProperty IRI="/FROM"/>
        <AnonymousIndividual nodeID="_:genid2147483651"/>
        <Literal>asfdsf</Literal>
    </AnnotationAssertion>
    <SubAnnotationPropertyOf>
        <AnnotationProperty IRI="/materialMetadata/composition"/>
        <AnnotationProperty IRI="/materialMetadata/matMetadata"/>
    </SubAnnotationPropertyOf>
    <SubAnnotationPropertyOf>
        <AnnotationProperty IRI="/materialMetadata/materialNumber"/>
        <AnnotationProperty IRI="/materialMetadata/matMetadata"/>
    </SubAnnotationPropertyOf>
    <SubAnnotationPropertyOf>
        <AnnotationProperty IRI="/materialMetadata/norm"/>
        <AnnotationProperty IRI="/materialMetadata/matMetadata"/>
    </SubAnnotationPropertyOf>
    <SubAnnotationPropertyOf>
        <AnnotationProperty IRI="/materialMetadata/symbol"/>
        <AnnotationProperty IRI="/materialMetadata/matMetadata"/>
    </SubAnnotationPropertyOf>
    <SubAnnotationPropertyOf>
        <AnnotationProperty IRI="/unitOfMeasurementMetadata/symbol"/>
        <AnnotationProperty IRI="/unitOfMeasurementMetadata/uomMetadata"/>
    </SubAnnotationPropertyOf>
    <AnnotationPropertyRange>
        <AnnotationProperty IRI="/SampleBodyID"/>
        <IRI>/Body</IRI>
    </AnnotationPropertyRange>
    <AnnotationPropertyRange>
        <AnnotationProperty IRI="/textualHypothesis"/>
        <AbbreviatedIRI>xsd:string</AbbreviatedIRI>
    </AnnotationPropertyRange>
    <AnnotationPropertyRange>
        <AnnotationProperty IRI="/textualInterpretation"/>
        <AbbreviatedIRI>xsd:string</AbbreviatedIRI>
    </AnnotationPropertyRange>
    <AnnotationPropertyDomain>
        <AnnotationProperty IRI="/SampleCounterBodyID"/>
        <IRI>/CounterBody</IRI>
    </AnnotationPropertyDomain>
    <AnnotationPropertyDomain>
        <AnnotationProperty IRI="/textualHypothesis"/>
        <IRI>/ExperimentalHypothesis</IRI>
    </AnnotationPropertyDomain>
    <AnnotationPropertyDomain>
        <AnnotationProperty IRI="/textualInterpretation"/>
        <IRI>/ExperimentalResults</IRI>
    </AnnotationPropertyDomain>
    <AnnotationPropertyDomain>
        <AnnotationProperty IRI="/materialMetadata/matMetadata"/>
        <IRI>/Material</IRI>
    </AnnotationPropertyDomain>
    <AnnotationPropertyDomain>
        <AnnotationProperty IRI="/unitOfMeasurementMetadata/uomMetadata"/>
        <IRI>/Unit</IRI>
    </AnnotationPropertyDomain>
</Ontology>



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