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Search results for fenet

1. FENET_Noordwijk_Oct2003_NSC_Agenda.pdf

FENET NSC MEETING 8th October 2003 ESA / ESTEC -- Noordwijk, The Netherlands FENET NSC MEETING ­ AGENDA Wednesday 8th October 2003 14.00 14.10 14.15 14.25 1 2 3 4 Welcome & Introductions Ratification of Agenda Minutes of NSC meeting of 26.02.2003 and matters arising (other than agenda issues) Project review · achievements · progress against work plan · management and financial report · Workshops' structure and Modus Operandi Technology Overview PN/ALL NCK/ALL NCK PN/TM/NCK N

3. FENET_Wiesbaden_Nov2001_Tech_Issues_MPA_manuf.pdf

RTD The m a ti c Are a Mult iP hy s ic s & A naly s is Tec hnology Da te 13t h of November of 2001 Computational Modelling of Manufacturing Processes Avril Slone*, Chris Bailey, Nick Croft, Mark Cross, Kevin McManus, Koulis Pericleous and Alison Williams *Centre for Numerical Modelling and Process Analysis University of Greenwich, London, UK FENET THEMATIC NETWORK COMPETITIVE AND SUSTAINABLE GROWTH (GROWTH) PROGRAMME Key manufacturing processes Forming processes - forging, stamping, extrusi

4. FENET_Wiesbaden_Nov2001_Tech_Issues_MPA_Slone.pdf

RTD The m a ti c Are a Mult iP hy s ic s & A naly s is Tec hnology Da te 13t h of November of 2001 Computational Modelling of Manufacturing Processes Avril Slone*, Chris Bailey, Nick Croft, Mark Cross, Kevin McManus, Koulis Pericleous and Alison Williams *Centre for Numerical Modelling and Process Analysis University of Greenwich, London, UK FENET THEMATIC NETWORK COMPETITIVE AND SUSTAINABLE GROWTH (GROWTH) PROGRAMME Key manufacturing processes Forming processes - forging, stamping, extrusi

5. FENET_Wiesbaden_Nov2001_Tech_Issues_MPA_Ou.pdf

I ndustry S e ctor RT D The m a ti c Are a Da te Dimensional Addition and FE Idealisation in the Design of Aerospace Structures RW McCunne, KW Shim, CG Armstrong, H Ou and MA Price Finite Element Modelling Group Queen`s University, Belfast Northern Ireland, UK http://sog1.me.qub.ac.uk/femgroup.html FENET THEMATIC NETWORK COMPETITIVE AND SUSTAINABLE GROWTH (GROWTH) PROGRAMME Objectives · Dimensional addition ­ to generate 3D designs from simple schematic models for detailed analysis

7. The finite element modelling of very thin torispherical pressure vessel ends.pdf

Industry Se ctor RTD The m a tic Are a E&D Da te 7t h Oc tober 2004 The finite element modelling of very thin torispherical pressure vessel ends J Smart & RJ Grant NEWI, University of Wales, Wrexham P Stanley University of Manchester Summary This presentation examines the modelling of shell intersections using shell and solid elements FENET THEMATIC NETWORK COMPETITIVE AND SUSTAINABLE GROWTH (GROWTH) PROGRAMME Introduction Pressure vessels often closed by torispherical ends. When very thi

8. 7th Technology Workshop

7th FENet Technology Workshop Durability and Life Extension (DLE) Advanced FE Contact Benchmarks - Users Feedback & Finite Element Modelling of Damage Multi Physics and Analysis (MPA) Practical Experience of Computational Modelling of Multi-Physics Problems using AUTODYN Product and System Optimisation (PSO) Process Integration and Multidisciplinary Design Optimisation Education & Dissemination (E&D) Dissemination of Best Practice – Finite Element Modelling Gla

9. FENET_Wiesbaden_Nov2001_Industry_Reqs_LandTransport_Landes1.pdf

Indust r y Sect or Land Tr anspor t at ion R TD Themat ic Ar ea D at e 1 1 - 1 3 - 20 0 1 D eliver able Nr Simulation of Flow and Sound Interactions Hermann Landes Department of Sensor Technology, University of Erlangen-Nuremberg, Germany Summary We consider the numerical simulation of several phenomena arising from the interaction of acoustic wave propagation and fluid flow. Application examples are presented to demonstrate the validity of the simulation schemes. FENET THEMATIC NETWORK CO

10. FENET_Wiesbaden_Nov2001_Industry_Reqs_LandTransport_Landes.pdf

Indust r y Sect or Land Tr anspor t at ion R TD Themat ic Ar ea D at e 1 1 - 1 3 - 20 0 1 D eliver able Nr Simulation of Flow and Sound Interactions Hermann Landes Department of Sensor Technology, University of Erlangen-Nuremberg, Germany Summary We consider the numerical simulation of several phenomena arising from the interaction of acoustic wave propagation and fluid flow. Application examples are presented to demonstrate the validity of the simulation schemes. FENET THEMATIC NETWORK CO

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