The demands from fuel-cell industry for a reliable, dedicated multiphyscis simulation tools has significantly grown to respond to the underpinning technology. The objective of this project is to respond to these demands by making available a versatile Computational Multi-Physics, Multi-Phase Flow software for the simulation of SOFC, µDMFC and H2-µPEMFC fuel cells. This software (TRANSAT-FC) will be dedicated to the modelling of transport phenomena in fuel cells, and will be adapted from ASCOMP's TransAT software (Transport Phenomena Analysis Tool). TransAT is a general purpose multiphysics code developed by ASCOMP for the simulation of a wide range of industrial microfluidics flows and heat transfer. It already copes with a wide range of physical-chemical ingredients necessary for the design and optimization of energy conversion micro-systems www.ascomp.ch/transat.html).
TransAT aims to help address specific open issues for the design of innovative fuel cells, including:
ASCOMP can also partipate in various other topics related to energy systems, from renewables to conventional systems.
Contact: Djamel Lakehal, CEO - lakehal@ascomp.ch
Expiry Date: 31/12/2008
The Expiry Date is automatically set to 1 year after the date the partner search form was completed unless otherwise specified by the contact
To find similar reports, click on a keyword below:
FP7 - Seventh Framework Programme 2007-2013
: FP7 Energy - Theme 5
: FP7 Sustainable Surface Transport - SST - Theme 7.2
: Fuel Cells
: Sustainable Transport
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