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with the introduction to polymer textile composites with its manufacturing stages, processing techniques and factors affecting the performance under mechanical loading. The mechanical behavior of high strength fiber ...
Carbon fiber reinforced composites are broadly employed, as structural members, in many industrial applications especially in the avionic industry due to their high strength -to-weight ratio. Circular ...
are used, where both the plastic and adhesive strength change under the influence of a single factor. In this case, such factors are the fiber surface treatment, nature and composition of polymer matrices ...
, and interlayer plies. The type of matrix and reinforcements depends, as per the requirements under several applications [1]. The polymer matrix composites are used worldwide due to their high strength ...
The strain rate-dependent behavior of a unidirectional non-crimp fabric (UD-NCF) carbon fiber/snap-cure epoxy composite loaded along the transverse direction under quasi-static and dynamic conditions ...
We analyze the behavior of metallic barlike structural elements with triangular and trapezoidal cross sections reinforced with unidirectional epoxy boron plastic and subjected to tension ...
composite at 0° orientation exhibits high strength (2800 MPa), with very low strength at 90° orientation (40 MPa). Both orientations display linear mechanical behavior . Under compression, 0° ...
analysis of Puck damage model in predicting the damage behavior of unidirectional composite laminates under different scenarios 1,2 1 1 1 1 M S Meon* , H Husain , J B Saedon , S Shawal , N H Mohamad Nor , M ...
in the L-T orientation under pure tension loading due to the weak fiber/matrix interface; notched failure strengths are ∼1500 MPa compared to 124 MPa for unreinforced 6061. However, behavior is strongly ...
1. The introduction of unidirectional high -modulus fibers into a polymer matrix leads to an abrupt change not only of the elastic but also of the dissipative properties of the composite material ...
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