Sentence examples for finite element algorithm is developed for from inspiring English sources

The new second-order two-scale (SOTS) finite element algorithm is developed for the dynamic thermo mechanical coupling problems in axisymmetric and spherical symmetric structures made of composite materials.

In this paper, an algorithm is developed for more realistic investigation of rotor-to-stator rubbing vibration, based on finite element theory with unilateral contact and friction conditions.

A new algorithm is developed for the enforcement of constraints within the framework of nonlinear, flexible multibody system modeled with the finite element approach.

However, they have yet to be used in a three-dimensional structural fatigue based optimisation study involving crack growth from Region I. Therefore, a genetic algorithm was developed for use in structural finite element optimisation problems.

An adaptive finite element algorithm is proposed.

By exploiting the response-spectrum-based procedure for predicting the response envelopes in linear structures formulated by Menun and Der Kiureghian (2000a), algorithms are developed for the seismic margin assessment of reinforced concrete shell finite elements.

At first, a finite element model is developed for laser bending of magnesium alloy M1A sheet.

The finite element method is developed for considered governing equations.

A finite element subroutine is developed for calculation of hazard maps and global probabilities of failure.

The finite-element model is developed for bending and free vibration analysis of power-law functionally graded plates.

The algorithm is developed based on stochastic finite-element method.