Current Proceedings on Technology

Current Proceedings on Technology

Finite Element Simulation of Thin Interphase Layer between Two Glass Fiber-Reinforced

Yazarlar: Hamid Mozafari, Behzad Abdi, Amran Ayob

Cilt 3 , Sayı - , 2013 , Sayfalar -

Konular:-

Anahtar Kelimeler:Interphase,Finite element method (FEM),Numerical simulation,Fiber-glass-reinforced plastics

Özet: Fiber/matrix adhesions are most likely to control of the overall mechanical behavior of fiber-reinforced composite materials. In this work, a non-linear imperfect interface condition is represented by a thin adhesive layer which is the elasto-plastic epoxy matrix. The intermediate layer is assumed to be very small thickness in comparison with those of the bounding materials which are the two neighboring glass fibers. The derived formulations show high accuracy compared to the numerical simulation based on finite element method (FEM).

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@article{2013, title={Finite Element Simulation of Thin Interphase Layer between Two Glass Fiber-Reinforced}, volume={3}, number={0}, publisher={Current Proceedings on Technology }, author={Hamid Mozafari, Behzad Abdi, Amran Ayob}, year={2013} }
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Hamid Mozafari, Behzad Abdi, Amran Ayob. (2013). Finite Element Simulation of Thin Interphase Layer between Two Glass Fiber-Reinforced (Vol. 3). Vol. 3. Current Proceedings on Technology .
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Hamid Mozafari, Behzad Abdi, Amran Ayob. Finite Element Simulation of Thin Interphase Layer between Two Glass Fiber-Reinforced. no. 0, Current Proceedings on Technology , 2013.
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