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team:gdeliege:composite

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team:gdeliege:composite [2015/08/13 19:25] geoffreyteam:gdeliege:composite [2016/03/30 15:23] (current) – external edit 127.0.0.1
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 can be linked to physical quantities. can be linked to physical quantities.
 Therefore, these parameters can be identified with suitable experimental tests. For example, the hardening and damage parameters characterizing the shear behaviour are determined by cyclic loading tests on a $[(+45^\circ/-45^\circ)_n]_S$ laminate (Fig. 1). Therefore, these parameters can be identified with suitable experimental tests. For example, the hardening and damage parameters characterizing the shear behaviour are determined by cyclic loading tests on a $[(+45^\circ/-45^\circ)_n]_S$ laminate (Fig. 1).
 +
 +Complex as they are, these models neglect important phenomena like the viscoplastic behaviour of the resin or the specific damage mechanism under compressive loading. I am currently working on compressive damage of woven fibre laminates. My goal is to introduce in the mesoscopic model a damage evolution law accounting for the microscopic instabilites (microbuckling) generated in a ply under compression.
  
 {{ :team:gdeliege:comp05.png?500 |}} {{ :team:gdeliege:comp05.png?500 |}}
team/gdeliege/composite.1439486701.txt.gz · Last modified: 2016/03/30 15:22 (external edit)

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