Sentence examples for moduli and yield from inspiring English sources

Young's moduli and yield stresses have been measured.

The highly anisotropic sample showed distinct differences in Young's moduli and yield stresses versus various off-axis angles while the sample of low anisotropy showed high moduli and yield stresses in both the roll and the transverse direction.

This required knowledge of the Young's moduli and yield stresses, which were measured quasi-statically using diametric compression.

Diametral compression (DC) tests were performed to generate stress-strain diagrams that could be used to determine the elastic moduli and yield strengths of the scaffolds.

The experimental moduli and yield strengths decreased as the porosity increased but there was no difference in properties between pore sizes.

DC tests showed that the titanium scaffolds with elastic moduli and yield strengths of 0.64 3.47 GPa and 28.67 80 MPa, respectively, could be achieved.

Compression tests resulted in the Young's moduli and the yield stresses of the joints for four different OR and metal thicknesses between 1 mm and 3 mm, respectively.

A dramatic loss of tensile mechanical properties was also observed for the 100-kg∙mol− 1 copolymers, whereas the 200-kg∙mol− 1 copolymers showed stable or even slightly improved properties with Young's moduli around 500 MPa and yield strains around 3%to4%4%.

The predictions are in excellent agreement with measurements for the axial and transverse Young's moduli and the 0.2% yield stress.

It is demonstrated that the new method presented in this paper produces indentation stress strain curves that accurately capture the loading and unloading elastic moduli, the indentation yield points and the post-yield characteristics in the tested samples.

The four mechanical parameters are the initial elastic shear and bulk moduli, the yield point in shear, the hardening slope in shear.