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Merge request for new application profile: HPC CFD Simulation

Merged Merge request for new application profile: HPC CFD Simulation
Request/3e48954c-9a3c-4139-a097-700ae54cd495 into master
Merged Ghost User requested to merge Request/3e48954c-9a3c-4139-a097-700ae54cd495 into master
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profiles/HPC-CFD-Simulation-profile/index.ttl 0 → 100644
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@base <https://purl.org/coscine/ap/HPC-CFD-Simulation-profile>.
@prefix rdf: <http://www.w3.org/1999/02/22-rdf-syntax-ns#>.
@prefix rdfs: <http://www.w3.org/2000/01/rdf-schema#>.
@prefix xsd: <http://www.w3.org/2001/XMLSchema#>.
@prefix dash: <http://datashapes.org/dash#>.
@prefix dcterms: <http://purl.org/dc/terms/>.
@prefix m4i: <http://w3id.org/nfdi4ing/metadata4ing#>.
@prefix owl: <http://www.w3.org/2002/07/owl#>.
@prefix sh: <http://www.w3.org/ns/shacl#>.
@prefix vocabterms: <https://purl.org/coscine/terms/>.
@prefix aps: <https://purl.org/coscine/ap/>.
_:autos5611 rdf:first "Monte Carlo method";
rdf:rest _:autos5612.
_:autos5612 rdf:first "Others";
rdf:rest rdf:nil.
_:b5_b2_b13_b7_c14n36 rdf:first "Partial differential equation";
rdf:rest _:autos5611.
aps:HPC-CFD-Simulation-profile dcterms:created "2024-07-26"^^xsd:date;
dcterms:creator "Benjamin Farnbacher, Friedrich Ulrich, Angel Sosa + https://git.rwth-aachen.de/nfdi4ing/metadata4ing/metadata4ing/-/blob/develop/CITATION.cff?ref_type=heads";
dcterms:description "Application profile for HPC CFD Simulation metadata from the NFID4Ing"@en,
"Anwendungsprofil für HPC CFD Simulationsmetadaten aus der NFDI4Ing"@de;
dcterms:license <http://spdx.org/licenses/CC0-1.0>;
dcterms:subject <https://github.com/tibonto/dfgfo/404-03>;
dcterms:title "HPC CFD Simulation"@de,
"HPC CFD Simulation"@en;
a rdfs:Class,
sh:NodeShape;
owl:imports aps:HPC-system_branch-HPC-CFD,
aps:Simulation_branch-HPC-CFD;
sh:closed false;
sh:property [dash:singleLine true ;
sh:datatype xsd:string ;
sh:description "The personal or first name of the creator."@en ;
sh:minCount 1 ;
sh:name "First name"@en ;
sh:name "Vorname"@de ;
sh:order 1 ;
sh:path <https://prefix.zazuko.com/foaf:firstName>],
[sh:datatype xsd:any ;
sh:description "Specific action undertaken during research."@en ;
sh:name "Arbeitsschritt"@de ;
sh:name "Processing step"@en ;
sh:order 3 ;
sh:path <https://prefix.zazuko.com/m4i:ProcessingStep>],
[sh:description "Abstract description of a method for analysis, generation, and transformation of data and material objects like, e.g., 'Fourier Transform Infrared Spectroscopy' or 'Molecular Dynamics Simulation'."@en ;
sh:minCount 1 ;
sh:name "Method"@en ;
sh:name "Methode"@de ;
sh:order 5 ;
sh:path <https://purl.org/coscine/terms/712ea211-196d-47f5-a7ee-a2fec7395c7b/> ;
sh:in ("Simulation") ;
sh:maxCount 1 ],
[sh:minCount 1 ;
sh:name "Simulation"@de ;
sh:name "Simulation"@en ;
sh:order 6 ;
sh:path <https://schema.datacite.org/meta/kernel-4.4/doc/DataCite-MetadataKernel_v4.4.pdf> ;
sh:maxCount 1 ;
sh:node aps:Simulation_branch-HPC-CFD],
[dash:singleLine true ;
sh:datatype xsd:string ;
sh:description "The surname or last name of the creator."@en ;
sh:minCount 1 ;
sh:name "Last name"@en ;
sh:name "Nachname"@de ;
sh:order 2 ;
sh:path <https://prefix.zazuko.com/foaf:lastName>],
[sh:datatype xsd:any ;
sh:description "A personal or institutional E-Mail address."@en ;
sh:minCount 1 ;
sh:name "E-Mail"@en ;
sh:name "E-Mail-Adresse"@de ;
sh:order 3 ;
sh:path <https://prefix.zazuko.com/schema:email>],
[sh:description "Object that helps an agent perform an action."@en ;
sh:minCount 1 ;
sh:name "Tool"@en ;
sh:name "Werkzeug"@de ;
sh:order 7 ;
sh:path <https://nfdi4ing.pages.rwth-aachen.de/metadata4ing/metadata4ing/index.html#http://w3id.org/nfdi4ing/metadata4ing#Tool> ;
sh:in ("High performance Computing System") ;
sh:maxCount 1 ],
[sh:description "HPC cluster used for the data generation."@en ;
sh:minCount 1 ;
sh:name "HPC system"@en ;
sh:order 8 ;
sh:path m4i:HPC_system ;
sh:maxCount 1 ;
sh:node aps:HPC-system_branch-HPC-CFD].
aps:HPC-system_branch-HPC-CFD dcterms:created "2024-07-26"^^xsd:date;
dcterms:creator "Benjamin Farnbacher, Friedrich Ulrich, Angel Sosa + https://git.rwth-aachen.de/nfdi4ing/metadata4ing/metadata4ing/-/blob/develop/CITATION.cff?ref_type=heads";
dcterms:description "Branch of the application profile for HPC CFD Simulation metadata from the NFID4Ing"@en;
dcterms:license <http://spdx.org/licenses/CC0-1.0>;
dcterms:subject <https://github.com/tibonto/dfgfo/404-03>;
dcterms:title "High Performance Computing System"@en;
a rdfs:Class,
sh:NodeShape;
sh:closed false;
sh:property [sh:datatype xsd:any ;
sh:description "The name of the software."@en ;
sh:minCount 1 ;
sh:name "Name of software"@en ;
sh:order 3 ;
sh:path <https://prefix.zazuko.com/dbo:Software>],
[sh:datatype xsd:any ;
sh:description "URL of the software."@en ;
sh:minCount 1 ;
sh:name "URL of the software"@en ;
sh:order 4 ;
sh:path <https://codemeta.github.io/terms/>],
[sh:description "The physical components of a high performance computer."@en ;
sh:minCount 1 ;
sh:name "HPC Hardware"@en ;
sh:order 5 ;
sh:path m4i:HPC_hardware ;
sh:in ("Server Hardware" "Cluster Hardware" "Virtual Cluster Hardware") ;
sh:maxCount 1 ],
[sh:datatype xsd:any ;
sh:description "Name of the hardware."@en ;
sh:minCount 1 ;
sh:name "Name (hardware)"@en ;
sh:order 6 ;
sh:path m4i:hardware_name ;
sh:maxCount 1 ],
[sh:description "Software: The set of instructions that indicate a machine how to work. In this ontology, software is a general concept which acts as a superclass for software versions, docker images, data transformations, etc."@en ;
sh:minCount 1 ;
sh:name "HPC Software"@en ;
sh:order 2 ;
sh:path <https://knowledgecaptureanddiscovery.github.io/SoftwareDescriptionOntology/release/1.9.0/index-en.html#Software> ;
sh:in ("Simulation Software") ;
sh:maxCount 1 ],
[sh:datatype xsd:string ;
sh:description "Typically, the organisation allowing the resource to be available on the internet through the provision of its hardware/software/operating support. "@en ;
sh:minCount 1 ;
sh:name "Bereitstellende Institution"@de ;
sh:name "Hosting institution"@en ;
sh:order 1 ;
sh:path <https://schema.datacite.org/meta/kernel-4.4/doc/DataCite-MetadataKernel_v4.4.pdf?page=40>].
aps:Simulation_branch-HPC-CFD dcterms:created "2024-07-26"^^xsd:date;
dcterms:creator "Benjamin Farnbacher, Friedrich Ulrich, Angel Sosa + https://git.rwth-aachen.de/nfdi4ing/metadata4ing/metadata4ing/-/blob/develop/CITATION.cff?ref_type=heads";
dcterms:description "Branch of the application profile for HPC CFD Simulation metadata from the NFID4Ing"@en;
dcterms:license <http://spdx.org/licenses/CC0-1.0>;
dcterms:subject <https://github.com/tibonto/dfgfo/404-03>;
dcterms:title "Simulation"@de,
"Simulation"@en;
a rdfs:Class,
sh:NodeShape;
sh:closed false;
sh:property [sh:description "Type of simulation that was performed."@en ;
sh:minCount 1 ;
sh:name "Simulation Type"@en ;
sh:order 1 ;
sh:path <https://schema.datacite.org/meta/kernel-4.4/doc/DataCite-MetadataKernel_v4.4.pdf> ;
sh:in ("Flow") ;
sh:maxCount 1 ],
[sh:datatype xsd:float ;
sh:description "Minimum spatial separation resolvable in a dataset, measured in metres."@en ;
sh:name "Räumliche Auflösung (in Metern)"@de ;
sh:name "Spatial resolution (in metres)"@en ;
sh:order 3 ;
sh:path <https://prefix.zazuko.com/dcat:spatialResolutionInMeters>],
[sh:datatype xsd:float ;
sh:description """The \"Reynolds Number\" (Re) is a dimensionless number that gives a measure of the ratio of inertial forces to viscous forces and consequently quantifies the relative importance of these two types of forces for given flow conditions."""@en ;
sh:name "Reynolds Number"@en ;
sh:order 9 ;
sh:path <https://prefix.zazuko.com/quantitykind:ReynoldsNumber>],
[sh:datatype xsd:any ;
sh:description "A grid contains cells of tabular data arranged in rows and columns, like a table."@en ;
sh:name "Grid"@en ;
sh:order 6 ;
sh:path <https://prefix.zazuko.com/xhv:grid>],
[sh:datatype xsd:any ;
sh:description "Minimum time period resolvable in a dataset."@en ;
sh:name "Temporal resolution"@en ;
sh:name "Zeitliche Auflösung"@de ;
sh:order 2 ;
sh:path <https://www.w3.org/TR/vocab-dcat-2/#Property:dataset_temporal_resolution>],
[sh:datatype xsd:any ;
sh:description "Capability of the computational model to dynamically adjust and refine its mesh or grid based on the solution's evolving characteristics."@en ;
sh:name "Adaptivity"@en ;
sh:order 7 ;
sh:path <https://link.springer.com/chapter/10.1007/3-540-27039-6_12>],
[sh:datatype xsd:any ;
sh:description "Process of transforming continuous fluid flow equations into a discrete form that can be solved numerically."@en ;
sh:name "Type (discretization)"@en ;
sh:order 10 ;
sh:path <https://link.springer.com/chapter/10.1007/978-3-319-32149-3_34>],
[sh:datatype xsd:any ;
sh:description "Extra information."@en ;
sh:name "Additional information"@en ;
sh:order 11 ;
sh:path <https://prefix.zazuko.com/dbo:information>],
[sh:description "Technique of the performed simulation."@en ;
sh:name "Simulation Technique"@en ;
sh:order 12 ;
sh:path <https://www.w3.org/TR/2020/REC-vocab-dcat-2-20200204/> ;
sh:in ("Partial differential equations")],
[sh:datatype xsd:any ;
sh:description "An equation containing an unknown function of two or more variables and its partial derivatives with respect to these variables."@en ;
sh:minCount 1 ;
sh:name "Name (of PDE)"@en ;
sh:order 13 ;
sh:path <https://www.sciencedirect.com/topics/mathematics/partial-differential-equation> ;
sh:maxCount 1 ],
[sh:datatype xsd:any ;
sh:description "A manifestation of the level of detail in which it represents its target system. Describe the size and information content of model elements as well as the nature of relationships between model elements."@en ;
sh:name "Granularity"@en ;
sh:order 4 ;
sh:path <https://www.cambridge.org/core/services/aop-cambridge-core/content/view/8F282B38679B56287E4B4DF861EF33F0/S2053470116000160a.pdf/model_granularity_in_engineering_design_concepts_and_framework.pdf>],
[sh:datatype xsd:any ;
sh:description "Discretization methods are used to chop a continuous function (i.e., the real solution to a system of differential equations in CFD) into a discrete function, where the solution values are defined at each point in space and time."@en ;
sh:minCount 1 ;
sh:name "Order of discretization"@en ;
sh:order 14 ;
sh:path <https://resources.pcb.cadence.com/blog/2020-cfd-simulation-types-discretization-approximation-and-algorithms> ;
sh:maxCount 1 ],
[sh:datatype xsd:any ;
sh:description "Schema of the performed simulation."@en ;
sh:name "Simulation schema"@en ;
sh:order 5 ;
sh:path <https://nfdi4ing.pages.rwth-aachen.de/metadata4ing/metadata4ing/1.2.1/index.html>],
[sh:datatype xsd:float ;
sh:description """\"Mach Number\" is a dimensionless quantity representing the speed of an object moving through air or other fluid divided by the local speed of sound. It is commonly used to represent the speed of an object when it is traveling close to or above the speed of sound. The Mach number is commonly used both with objects traveling at high speed in a fluid, and with high-speed fluid flows inside channels such as nozzles, diffusers or wind tunnels. As it is defined as a ratio of two speeds, it is a dimensionless number."""@en ;
sh:name "Mach Number"@en ;
sh:order 8 ;
sh:path <https://prefix.zazuko.com/quantitykind:MachNumber>].