Sentence examples for failure constraints from inspiring English sources

In this study, the optimization formulations include non-linear failure constraints.

The optimization model is to find width and depth of composite beams to minimize the mass of beams under the stiffness, strength and delamination failure constraints.

Optimizations using the 2D sandwich model are subsequently performed to determine the minimum weights of truss-cored sandwiches subjected to various failure constraints: overall and local buckling, yielding and facesheet wrinkling.

However, no study has yet considered the static failure constraint when using TO for a geometrically nonlinear structure.

The computation for the failure possibility constraints in each optimization loop is a double-loop nested problem.

Regarding the composite design, minimal weight structures subjected to bending and Hoffmann failure criteria constraints are considered, where the design variables are the shape/topology of each ply and the stacking sequence.

To improve the computational efficiency, the target performance approach is introduced to the failure possibility constraints, and thus the triple-loop nested problem is reduced to a double-loop nested problem.

This study aims to optimize the design of filament-wound multilayer-sandwich submersible pressure hulls, taking into consideration the shell buckling strength constraint, the angle-ply laminated facing failure strength constraint and the low-density isotropic core yielding strength constraint under hydrostatic pressure using the hybrid genetic algorithm (HGA).

Consequently, designs must use either larger and/or more transistors to have memory cells satisfy a target minimum operating voltage (VMIN) under a failure rate constraint.

The proposed method has been evaluated using lateral dynamics of an F-8 aircraft subject to actuator failures and constraints on the actuator dynamic ranges.

It is shown that creep crack growth predictions using a remaining ductility multiaxial failure strain constraint-based model coupled with a time-dependent environmentally assisted corrosion/oxidation rate dependent parameter can realistically assess damage and cracking rates for the engineering alloys shown.