Sentence examples for material nonlinearities to from inspiring English sources
The use of ADINA allowed the implementation of geometric and material nonlinearities to assess vulnerabilities and the effectiveness of retrofit strategies accurately.
A finite element discretization of discrete elements allows for complex shapes of fully deformable discrete elements with geometric and material nonlinearities to be considered.
Both C and D τ2) are expressed as power series, allowing several typical pre-peak material nonlinearities to be described with reasonable accuracy.
Experimental results are extended through finite-element simulations, including geometrical and material nonlinearities, to obtain detailed three-dimensional compression-bending-bending strength-domains, which are compared to building-code prescriptions.
A displacement based optimization (DBO) method is applied to truss design problems with material nonlinearities, to explore feasibility and verify efficiency of the method as compared to traditional structural optimization.
Recently Huang, Dai, Chen and Kong [14] proposed to use material nonlinearity to generate wave catching-up phenomena such that a tensile wave can catch the first transmitted compressive wave, leading to the reduction of the former.
The model incorporates moderately large displacement effects as well as material nonlinearity to assess the performance of steel beams exposed to thermal loading in a compartment fire, and it considers the yielding and development of catenary action affects with an increase in the temperature.
The model is applied to collagen fibers in soft biological tissues, coupling geometric nonlinearities related to fiber crimp with material nonlinearities due to nanoscale mechanisms.
The implicit Newmark step-by-step integration method is used to directly integrate the equation of motion, and then it is solved for the incremental displacement using the Newton Raphson iteration method, in which the stiffness matrix is updated at each increment to consider the geometrical and material nonlinearities and to speed the convergence rate.
Material nonlinearities due to residual stresses and inelastic behaviour of materials are taken into account using a fibre model.
Material nonlinearities due to fiber rupture in the tows and matrix micro-cracking are accounted for by appropriate material degradation modelling.
