Difference between revisions of "TexGen Applications"
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− | Originally developed at the University of Nottingham to describe textile composite reinforcements, TexGen has various applications in modelling dry fabric mechanics, fluid flow through fabrics and mechanics of textile composites. Further information on published and current research activity will be added to this page soon. In the mean time, please see [http://www.textiles.nottingham.ac.uk/] for more information. | + | Originally developed at the University of Nottingham to describe textile composite reinforcements, TexGen has various applications in modelling dry fabric mechanics, fluid flow through fabrics and mechanics of textile composites. Further information on published and current research activity will be added to this page soon. In the mean time, please see the [http://www.textiles.nottingham.ac.uk/ textile composite research pages] at the University of Nottingham for more information. |
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+ | '''Textile composite mechanics''' | ||
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+ | '''Dry fabric mechanics''' | ||
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+ | '''Permeability''' | ||
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+ | '''Composite surface quality modelling''' | ||
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+ | '''Textile composite heat transfer''' | ||
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+ | '''Thermal comfort of textiles''' | ||
+ | |||
+ | '''Textile composite viscous forming''' |
Revision as of 15:03, 5 February 2007
Originally developed at the University of Nottingham to describe textile composite reinforcements, TexGen has various applications in modelling dry fabric mechanics, fluid flow through fabrics and mechanics of textile composites. Further information on published and current research activity will be added to this page soon. In the mean time, please see the textile composite research pages at the University of Nottingham for more information.
Textile composite mechanics
Dry fabric mechanics
Permeability
Composite surface quality modelling
Textile composite heat transfer
Thermal comfort of textiles
Textile composite viscous forming