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Output details

12 - Aeronautical, Mechanical, Chemical and Manufacturing Engineering

University of Strathclyde

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Article title

A collaborative platform for integrating and optimising Computational Fluid Dynamics analysis requests

Type
D - Journal article
Title of journal
Computer-Aided Design
Article number
-
Volume number
44
Issue number
3
First page of article
224
ISSN of journal
0010-4485
Year of publication
2012
URL
-
Number of additional authors
4
Additional information

A technically advanced collaborative design platform is described, that is radically different from current thinking, providing a solution to the challenges of: tool interoperability; translation/transfer of product data, transaction management, and change notification. These challenges are known to cost industry “billions of dollars” (szykman@nist.gov). The platform was developed in direct response to industrial requirements through a develop/test/evolve iterative process. Industrial implementation has reported substantial benefits: significant (67%) reductions in workflow times; less reliance on experts; guaranteed data consistency; and elimination of human errors (gatchell@hsva.de; h.j.prins@marin.nl). The platform formed the foundation for the current €1.8M FP7 project EuroVIP (SCSO-GA-2011-266054).

Interdisciplinary
-
Cross-referral requested
-
Research group
A - Advanced Materials & Manufacturing
Proposed double-weighted
No
Double-weighted statement
-
Reserve for a double-weighted output
No
Non-English
No
English abstract
-