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Semantic Data Model for Multibody System Modelling: Dissertation
Juha Kortelainen
Research output
:
Thesis
›
Dissertation
›
Collection of Articles
2
Citations (Scopus)
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Dive into the research topics of 'Semantic Data Model for Multibody System Modelling: Dissertation'. Together they form a unique fingerprint.
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Keyphrases
Multibody Simulation
100%
Multi-body System Modeling
100%
Semantic Data Model
100%
Modeling Data
62%
Product Development
50%
World Wide Web
50%
Ontology Modeling
37%
Multibody Systems
37%
Design Process
25%
Data Management
25%
Semantic Data Representation
25%
Multiphysics Simulation
12%
Computational Tools
12%
Modeling Approach
12%
Technology-based
12%
Data Integration
12%
Semantic Web
12%
Dynamic Behavior
12%
Computational Resources
12%
Ontology
12%
Integration Approach
12%
Product Process
12%
System Simulation
12%
Dynamic Performance
12%
Meaningful Information
12%
Management Approach
12%
Overall Design
12%
Product Design
12%
Web Technologies
12%
Model Specification
12%
Saving Resources
12%
Semantic Data
12%
Data Ontology
12%
Machine Dynamics
12%
Analytic Formula
12%
Rule-based Reasoning
12%
Physical Prototyping
12%
Empirical Testing
12%
Constraint-based Reasoning
12%
Multibody System Model
12%
Recursive Method
12%
Exible Structure
12%
Multibody System Dynamics
12%
Semantic Constraints
12%
Simulation-based
12%
Process Resource
12%
Computer Science
Data Model
100%
Systems Simulation
100%
Ontology
42%
Data Modelling
28%
Data Management
28%
Data Representation
28%
Internet
14%
Internet Technology
14%
Representation Method
14%
Data Ontology
14%
Physical Prototype
14%
rule based reasoning
14%
Application Area
14%
Dynamic Performance
14%
System Dynamics
14%
Domain Knowledge
14%
Dynamic Behavior
14%
Development Project
14%
Computational Resource
14%
Product Design
14%
INIS
data
100%
modeling
100%
simulation
80%
information
33%
design
26%
dynamics
20%
tools
13%
comparative evaluations
13%
resources
13%
applications
13%
management
13%
internet
13%
streams
13%
performance
6%
expansion
6%
interactions
6%
constraints
6%
growth
6%
equations
6%
capture
6%
testing
6%
Engineering
Multibody System
100%
Data Model
100%
Design Process
14%
Data Representation
14%
Application Area
7%
Model Data
7%
Dynamic Behavior
7%
Integration Approach
7%
Dynamic Performance
7%
Machine Dynamics
7%
Recursive
7%
Computational Resource
7%
Systems Dynamics
7%
Biomechanics
7%
Product Design
7%
Development Project
7%
Domain Knowledge
7%