Sentence examples for stress deflection from inspiring English sources

Stress, deflection, and kinematic stability considerations are also handled using constraints.

A two-stage particle swarm optimization was utilized in this study to solve truss-structure optimization problem achieving minimum weight objective under stress, deflection, and kinematic stability constraints.

Toward this end, this research evaluates the influence of design parameters (height, span, structural thickness, number of units, and scissor type) on the structural behaviour (stress, deflection and mass) of scissor arches.

It then discusses the engineering principles these beams have to comply with and, using a limit state approach to design, overviews the assessment of stress, deflection and vibration behaviour when these sections function primarily as beams.

For frost resistance, mixtures are exposed to the freeze and thaw cycles up to 300 cycles in accordance with ASTM C666, Procedure A. Experimental tests consist of measuring the residual mechanical properties (flexural strength, mid-span beam deflection and flexural stress – deflection curve), ultrasonic pulse velocity and mass loss.

In this paper, based on the principle of complementary energy, the formulas for calculating the bending stresses, deflection and shear lag effect of the symmetric single-cell thin-walled composite laminated box beams are derived by means of variation calculus.

In this study, through an in situ bending experiment under a scanning electron microscope, the shear banding behavior and the bending stress-deflection response were investigated.

The model includes various design constraints: stresses, deflections, modal frequencies and fatigue limits along different stations of the blade and tower.

These models, appropriately calibrated to dynamic experimental and numerical results on previous efforts, were used to highlight the criticalities of the façade (dynamic tensile stresses, deflections and velocities of pretensioned cables and laminated glass panels).

The critical strut region cross section area of knuckle was analyzed and geometrically optimized for minimum bending stress and deflection using genetic algorithm available in MatLab.

In a first step we describe a method allowing to design long penetrators in such a manner that given values of bending stress and deflection are met if the rods are subjected to lateral forces.