Searched for: subject%3A%22interlaminar%255C+stresses%22
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ANAND, PRIYANSHU (author)
Near free edges of fibre reinforced composite laminates modelled with homogeneous layers, the presence of high gradient interlaminar stresses has been found theoretically. Over a span of nearly 50 years, various methods, including numerical and analytical have been employed for analysis of the high gradient stresses which sometimes exist to an...
master thesis 2017
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van der Meijs, J.J. (author)
A new doubly-curved shell element (ThickS4 element) is presented and tested for flat and singly curved configurations. The benchmark tests show good correlation for the ThickS4 element with the Abaqus S4 shell element and with 3D FEM for flat and highly curved configurations (R/t ≥ 4). For radius over thickness ratios smaller than 4 the element...
master thesis 2016
document
Kosmas, N. (author)
In design with composite materials, the capability of tailoring the properties of the structure with respect to the specific load requirements in each direction, allowed by their anisotropic nature, is coupled with the development of interlaminar stresses transferred through the thickness. Specifically, at the free edge of the laminate, due to...
master thesis 2015
document
Fagiano, C. (author)
doctoral thesis 2010
Searched for: subject%3A%22interlaminar%255C+stresses%22
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