Macneal Schwendler

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	Téléphone : Mail : Adresse : POSTFACH 0 Innsbrucker Ring 15 81673 80124 Muenchen Allemagne Web :

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	Profil scientifique partiel

	Quelques documents de Macneal Schwendler
	Distributed software access for large scale engineering applications DISTAL 1998 - 2000 Sujets : Information Processing, Information Systems, Innovation, Technology Transfer, Telecommunications Type de contrat : Cost-sharing contracts Participants : Atos Industrie Software Service Gmbh DEUTSCHLAND Atos Industrie Software Service Gmbh Industry Postfach 800565 Waldburgstrasse 21 70563 DEUTSCHLAND UNIVERSITY OF SOUTHAMPTON UNITED KINGDOM UNIVERSITY OF SOUTHAMPTON Education,Other SCHOOL OF OCEAN AND EARTH SCIENCE Southampton Ocenagraphic Centre, European Way SO14 3ZH UNITED KINGDOM Baltimore Technologies Limited ÉIRE/IRELAND Baltimore Technologies Limited Industry Ifsc House, Custom House Quay ÉIRE/IRELAND Mannesmann Sachs Ag DEUTSCHLAND Mannesmann Sachs Ag Industry Ernst-Sachs-Strasse 62 97424 DEUTSCHLAND Macneal-Schwendler Gmbh DEUTSCHLAND Macneal-Schwendler Gmbh Industry POSTFACH 801240 Innsbrucker Ring 15 81673 DEUTSCHLAND Construcciones Aeronauticas, Sa ESPAÑA Construcciones Aeronauticas, Sa Industry De Aragon 404 28022 ESPAÑA ENGINEERING SOLUTIONS INTERNATIONAL LTD ÉIRE/IRELAND ENGINEERING SOLUTIONS INTERNATIONAL LTD Other Howth Junktion Business Park ÉIRE/IRELAND Atos Industrie Software Service Germany Atos Industrie Software Service Industry Postfach 5 Waldburgstrasse 21 70563 Germany Macneal Schwendler Germany Macneal Schwendler Industry POSTFACH 0 Innsbrucker Ring 15 81673 Germany Mannesmann Sachs Germany Mannesmann Sachs Industry Ernst-Sachs-Strasse 62 Germany Baltimore Technologies Ireland Baltimore Technologies Industry Ifsc House, Custom House Quay Ireland Construcciones Aeronauticas Spain Construcciones Aeronauticas Industry John Lennon S/N Spain Marc Uk United Kingdom Marc Uk Industry Central Business Exchange - Midsummer Boulevard MK9 2DF United Kingdom Source : cordis   High performance computational environment for vibro-acoustic optimization HPC-VAO 1996 - 1998 Sujets : Innovation, Technology Transfer, Information Processing, Information Systems, Electronics, Microelectronics, Telecommunications Type de contrat : Cost-sharing contracts Participants : Lms Numerical Technologies Nv BELGIQUE-BELGIË Lms Numerical Technologies Nv Industry Ambachtenlaan 11A 3001 BELGIQUE-BELGIË Macneal-Schwendler DEUTSCHLAND Macneal-Schwendler Industry POSTFACH 801240 Innsbrucker Ring 15 81673 DEUTSCHLAND BMW BAYERISCHE MOTOREN WERKE AG DEUTSCHLAND BMW BAYERISCHE MOTOREN WERKE AG Other Postfach 400240 Petuelring 130 BMW Haus 80788 DEUTSCHLAND LMS NUMERICAL TECHNOLOGIES Belgium LMS NUMERICAL TECHNOLOGIES Industry INTERLEUVENLAAN 70 3001 Belgium Regienov Renault Recherche Innovation France Regienov Renault Recherche Innovation Industry Avenue Du 18 Juin 1940 9 92563 France Macneal Schwendler Germany Macneal Schwendler Industry POSTFACH 0 Innsbrucker Ring 15 81673 Germany Hide objective The project aims to bring together major computer-aided engineering suppliers and automotive manufacturers to develop a high-performance and high-productivity framework for noise and vibration analysis, specifically for vibro-acoustic optimisation. Hide general information In current practice, several hours of computation on a multi-processor system are needed to analyse a single configuration only. Stricter environmental regulations for external noise and increased customer expectations for both noise and vibration levels are forcing leading automotive companies to improve not only their design methodologies but also the supporting computational environments. The full benefit of vibro-acoustic optimisation tools will only be realised if their performance is dramatically increased. This is essential if the product refinement and optimisation phase is to match the demands imposed on development and engineering by competition and stringent time-to-market targets. This project further addresses issues extremely important for improving the productivity of the overall vibro-acoustic optimisation process by tackling the major issues of data flow and meshing. Source : cordis