Sentence examples for material properties yield from inspiring English sources

This model is validated by the published experimental data of most of the major studies for which the material properties — yield strength, fracture toughness, modulus of elasticity and threshold stress intensity factor are known.

The influence of the material properties (yield stress, stiffness of tool workpiece contact, striker and blank geometries) and the processing conditions (amplitude of vibration, static compressive force, work rate) on the resonance characteristics of the vibratory system is taken into account.

Applying the flexure formula to the yield force, as determined by the 0.2% offset, or to the peak force endured by the bone specimen, and applying the deflection equation to the slope of the linear section of the force-displacement curve provided the material properties, yield stress, peak stress, and flexural modulus, respectively [6].

The spatial variation of the material property (yield-stress) is allowed to be in any arbitrary direction around the crack and is characterized by another power-law form.

It has been suggested that creating composites by mixing heterogeneous constituents of contrasting material properties can yield designs that can better adapt to stress concentration, leading to synthetic materials with higher toughness than their constituents.

A phenomenological model describing continuous thickening has been previously developed with primary inputs being the material properties, (compressive yield stress and hindered settling function) derived from routine laboratory batch settling and filtration tests.

Systematic parametric studies were carried out to study the effect of material properties, including yield and ultimate strength of material, strain rate effect, location of cutout, tube length and impact speed on the crushing behaviors and energy absorption capacity of aluminum and steel tubes.

In the first case, all the material properties, except the yield stress, are taken as constant at room temperature.

In Part-I of this work, analytic solutions for equivalent material properties, such as yield stress and elastic modulus of WBK under compression and shear were derived.

The experimental part was intended to verify the SUP12 springs material properties (spring constant, yield strength and tensile strength) are within standard for spring steels, JIS G 4801 1984).

These same features also render it impossible to assess the failure strength of the disc from isolated tissue samples, which at best can only yield material properties.