Consistent Non Local Coupled Damage Model and Its Application in Impact Response of Composite Materials
作者： George Z. Voyiadjis , Babur Deliktas , Peter I. Kattan
DOI: 10.1007/978-3-7091-0427-9_1
关键词: Subroutine 、 Composite material 、 Computer science 、 Damage mechanics 、 Verification and validation 、 Numerical integration 、 Basis (linear algebra) 、 Variable (computer science) 、 Finite element method 、 Scalar (physics)
摘要: In this work also the mechanics of small damage are presented using a consistent mathematical and mechanical framework based on equations mechanics. regard, new scalar variable is investigated in detail. The investigation has been carried out for seeking physical basis sought tensor [M] that used to link state material with effective undamaged configuration. approach here provides strong missing link. particular, authors have made an important between fabric tensors. Computational aspects theory discussed. Numerical integration algorithms, verification validation process finite element simulations performed by implementing model commercial code ABAQUS [6.8.3] as user defined subroutine (VUMAT).
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