A CAE-integrated distributed collaborative design system for finite element analysis of complex product based on SOOA

Matching Algorithm Based on Semantic Similarity of Service Requirement Ontology for CAE Simulation in Cloud Platform

“…Literature [3] proposed a series of architecture for cloud simulation platform, pointed out the seven key technologies of the platform, which had resource management techniques based on Web Services / grid and semantic resource discovery technologies for simulation model and developed COSIM-CSP prototype of cloud simulation platform. Literatures [8][9][10][11][12][13][14][15] also proposed the model of the cloud manufacturing platforms and designed the prototype systems. Literature [12] used a unified ontology to enhance semantic interoperability in the whole process of cloud services, used cloud management engine to manage all user-defined cloud.…”

“…In semantic layer, [15] used extensible Markup Language / Resource Description Framework / Ontology Web Language for Services (XML / RDF / OWL-S) to describe the ontology concerned with manufacturing operations, but did not implements the platform and did not discuss the semantic Web services ontology.…”

“…Many researchers and engineers are developing CPCAES based on SOA architecture and workflow technology [3] and [8][9][10][11][12][13][14][15]. Literature [3] proposed a series of architecture for cloud simulation platform, pointed out the seven key technologies of the platform, which had resource management techniques based on Web Services / grid and semantic resource discovery technologies for simulation model and developed COSIM-CSP prototype of cloud simulation platform.…”

“…The matching technology between requirements of cloud simulation users and existing services is the key issue need to be solving so as to build semantic Web Services in CPCAES, there are some scholars and engineers have carried out research work in this area [3] and [8][9][10][11][12][13][14][15]. Literature [3] described the requirements for simulation problems on the portal, and build dynamic simulation system through the cloud simulation platform, and the functions of the platform including discovery, scheduling, various compositions for environmental simulation models and software service resources.…”

Developing an Integrated Computational Environment for the Detailed Design of a Mixing Impeller

“…Many have chosen to integrate software tools for engineering design into a web based interface resulting in one unified piece of software accessible and usable by all collaborators and the ability to easily implement high performance computing without having to have onsite access to the compute power. [20][21][22][23][24][25][26] A collection of tools has been developed within these unified systems or as stand-alone pieces of software that generate and swiftly analyze designs during conceptual design phase. The capabilities of these tools have included algorithms that make design decisions based upon previous experiences, 27,28 automatic mesh generation for the design of concepts, 29 graphs that quickly present pertinent information based upon user generated concepts, 30 and structural analysis of generated concepts.…”