Sentence examples for material optimization method from inspiring English sources

The validity and robustness of the material optimization method proposed are verified through illustrative numerical experiments.

For more complex material distributions, a "material gradient optimization method" is proposed that produces multiple gradient architecture constraints with more optimal solutions than obtained without using these constraints, but whose uniqueness will be dependent upon the number of layers used in the finite element simulations.

The material topology optimization method evaluates an optimal layout reinforcing or arranging material of a specified volume in a given design space that maximizes stiffness for a given set of loads and boundary conditions.

Numerical applications verify that the present material topology optimization method is an applicable concept design tool to create effective layout designs of material in given structural frames in civil and building industries.

The influence of the piezoelectric polarization direction is quantitatively verified using the Discrete Material Optimization (DMO) method, which combines gradients with mathematical programming to solve a discrete optimization problem.

This study addresses the design of ply orientation for a CFRP vehicle door by implementing a Discrete Material Optimization (DMO) method in a general-purpose commercial finite element code (ABAQUS) and mathematical analysis tool (MATLAB).

It is shown that the proposed bi-material design optimization method can be used to improve the performance of chiral auxetic metamaterials through enlarging the design space.

The topology optimization method of material microstructure of piezoelectric composite structures is proposed so as to improve the dynamic characteristics of the closed-loop system.

In this work, we develop a shape optimization method of damping material-inlaid plates considering a frequency response problem in forced vibration.

An optimization method to identify the material parameters of composite structures using an inverse method is proposed.

Here, we propose a topology optimization method based on the effective material properties to design such artificial composites.