M-integral analysis for microcrack-damaged anisotropic composite materials
โ Scribed by J.-J. Han; Y.-H. Chen
- Publisher
- Springer
- Year
- 2000
- Tongue
- English
- Weight
- 131 KB
- Volume
- 70
- Category
- Article
- ISSN
- 0939-1533
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๐ SIMILAR VOLUMES
In a recent study [15], we proposed a class of isotropic damage models which account for initial stresses. The present paper extends this approach to anisotropic damage due to growth of an arbitrarily penny-shaped microcracks system. The basic principle of the upscaling technique in the presence of
A coupled incremental damage and plasticity theory for rate-independent and rate-dependent composite materials is introduced here. This allows damage to be path-dependent either on the stress history or thermodynamic force conjugate to damage. This is achieved through the use of an incremental damag
We use Bai's conservation equation for cracks, and Rice and Tracey's equation for the growth of a spherical void in an infinite medium to derive an evolution equation for damage in an anisotropic material. It is then used to delineate the instability strain in a thin anisotropic sheet deformed in a