While design processes in certain domains have shifted towards early adoption of simulation and virtualisation techniques, the integration and reuse of simulation and process information is not well-integrated into current development practices. We introduce a framework to integrate Multidisciplinary Design Optimisation (MDO) processes using ontological engineering. Based on a multi-disciplinary design scenario drawn from the automotive industry, we illustrate how semantic integration of process, artifact and simulation models can contribute to more effec-tive optimisation-driven development. Ontology standards are evaluated to assess where existing work may be applicable and which aspects of MDO processes re-quire further extensions
Engineering design processes are highly creative and knowledge-intensive tasks that involve extensiv...
Abstract. This chapter develops an ontology of computer-aided design, based on the function-behaviou...
Abstract—Modern automation systems require both design-time and runtime integration of diverse engin...
While design processes in certain domains have shifted towards early adoption of simulation and virt...
Abstract. While optimisation-driven design has become prevalent in many engineering dis-ciplines, su...
Recently there has been an increased interest in agent-based environments for automated design and s...
This paper examines the use of ontology as a mechanism for application integration and knowledge sha...
Digital factory modelling based on virtual design and simulation is now emerging as a part of mainst...
This paper introduces a new framework to support synthesis of complex engineering problems using a p...
Ontology-based integrated materials modelling for an active protective coating system design is pres...
International audienceIn the automotive industry, the design process is both costly and time-consumi...
Large scale process simulation is used in industry for e.g. process and automation design, automatio...
ABSTRACT Significant expenditure and effort is devoted to the never ending search for reduced produc...
This paper reviews existing design rationale techniques. The relationship between ontologies and des...
In analysing design and manufacturing tasks and their mutual interactions, it appears that the under...
Engineering design processes are highly creative and knowledge-intensive tasks that involve extensiv...
Abstract. This chapter develops an ontology of computer-aided design, based on the function-behaviou...
Abstract—Modern automation systems require both design-time and runtime integration of diverse engin...
While design processes in certain domains have shifted towards early adoption of simulation and virt...
Abstract. While optimisation-driven design has become prevalent in many engineering dis-ciplines, su...
Recently there has been an increased interest in agent-based environments for automated design and s...
This paper examines the use of ontology as a mechanism for application integration and knowledge sha...
Digital factory modelling based on virtual design and simulation is now emerging as a part of mainst...
This paper introduces a new framework to support synthesis of complex engineering problems using a p...
Ontology-based integrated materials modelling for an active protective coating system design is pres...
International audienceIn the automotive industry, the design process is both costly and time-consumi...
Large scale process simulation is used in industry for e.g. process and automation design, automatio...
ABSTRACT Significant expenditure and effort is devoted to the never ending search for reduced produc...
This paper reviews existing design rationale techniques. The relationship between ontologies and des...
In analysing design and manufacturing tasks and their mutual interactions, it appears that the under...
Engineering design processes are highly creative and knowledge-intensive tasks that involve extensiv...
Abstract. This chapter develops an ontology of computer-aided design, based on the function-behaviou...
Abstract—Modern automation systems require both design-time and runtime integration of diverse engin...