Sentence examples for minimum compliance design from inspiring English sources

The classical minimum compliance design problem is formulated in the lamination parameters space.

Local fiber orientation angles are treated as continuous design variables, and their spatial distribution is determined based on a minimum compliance design formulation.

Local fibre orientation angles are treated as continuous design variables, and their spatial distribution is determined based on an optimality criterion formulation for minimum compliance design.

The proposed method is implemented in the framework of minimum compliance design and its efficiency over the existing methods is highlighted.

Numerical results of structural topology optimization problems of minimum weight and minimum compliance designs show the success of this bit-array representation method and suggest that the GA performance can be significantly improved by handling the design connectivity properly.

Such structural configuration is most often the minimum-compliance design under a fixed material usage constraint.

As such this work considers two design objectives, the first being minimum compliance under design dependent volume expansion, and the second maximum electrical conduction through the structure, both of which are subject to a constraint on material volume.

The optimization algorithms are developed in the context of minimum compliance (maximum stiffness) design.

Various continuations schemes are studied on test cases that include large-scale minimum compliance and compliant mechanism design problems.

We consider the problem of finding a design with minimum compliance using a SIMP material.

The proposed method is applied to two-dimensional linear elastic and vibration optimization problems such as the minimum compliance problem, a compliant mechanism design problem and the eigenfrequency maximization problem.