Items related to Plasticity, Damage and Fracture in Advanced Materials
Synopsis
1. Altenbach, Holm et al.
Interphase damage in random particulate composite
2. Sun, Dong‐Zhi et al. Modeling of deformation and failure behavior of long fiber reinforced thermoplastics
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3. Kaliske, Michael et al. Numerical approximation of dynamic ductile fracture in strain‐hardening cement‐based composite (SHCC) by a phase‐field method
4. Aizikovich, Sergei M. et al. Indentation of an elastic half‐plane with a functionally graded coating by a rigid punch in the presence of tangential stresses
5. Brünig, Michael et al. Experiments on damage and fracture mechanisms in ductile metals under
non‐proportional loading paths
6. Yoon, Jeong Whan Optimization of shear specimen to minimise triaxiality variation in ductile fracture
characterization
7. Silberschmidt, Vadim V. et al.
Damage and fracture of fibrous networks
8. Kirchheim, Reiner
Chemomechanics in the context of plasticity and fracture
9. Kari, Leif A novel modeling approach to physical ageing of reinforcing carbon‐black filled
elastomers
10. Hernik, Szymon et al. Effective elasto‐plastic properties of composite materials based on total energy
Equivalence
11. Klüppel, Manfred et al. Evaluation of strain‐induced crystallization of elastomers based on thermography and mechanical measurements
12. Simon, Jan‐Willem et al. Modeling the anisotropic in‐plane and out‐of‐plane elastic‐plastic response of paper
13. Ecke, Martin et al.
Molecular dynamic simulation and experimentalvalidation of twinning mechanisms in bcc iron alloys
14. Dieck, Sebastian SD effect in martensitic stainless steel under q&p heat treatment condition
15. Dunne, Fionn P.E.
Dislocation configurational energy in microstructurally sensitive fatigue crack
nucleation and propagation
16. Kim, Ji Hoon et al.
Constitutive modeling of anisotropic and cyclic behavior of polyethylene terephthalate sheets17. Kowalewski, Zbigniew et al. Damage identification supported by nondestructive testing techniques
18. Egner, Halina et al. Cyclic softening of P91 steel in nonisothermal conditions
19. Qi, Zhengpan et al. Constitute modeling for the elastic‐viscoplastic behavior of high density polyethylene
under cyclic loading
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