As the proposed model depends on the peak strain to define the complete stress-strain curve of the material, it was determined Equation 3 which relates the peak strain to the concrete compressive ...

Abstract Materials subjected to moderate/large strains that exhibit similar tension and compression trends on the stress-strain diagram have several applications. Inspired by this aspect of this ...

Many studies on strain localization of geomaterials have been carried out over the past few decades. Theoretical analysis and numerical models show that the dilatancy property strongly affects the ...

The entire stress-strain curve can now be determined using nanoindentation with a flat-ended cylindrical punch and novel analysis of the resulting force-displacement data 1. Unlike pyramidal indenters ...

A stress-strain curve can be generated, and the transitioning point from linear to plateau will indicate where plastic deformation initiates. c) Hardness Test: The hardness test indirectly determines ...

This can be used to determine the stiffness of the material. An engineering stress-strain curve. Source: Breakdown/CC BY-SA 3.0 Consider a stretchy foam. The slope would be very shallow and the ...

Stress-strain curves are important representations of a given material's mechanical properties, which depend primarily on the orientation of the individual crystals in the microstructure. Generating ...

The first video, Calculating Snap Deflection and How It Relates to a Material Stress Strain Curve, is now available at Routsis Training Videos | Nexeo Plastics.

Wawersik and Fairhurst (1970) classified rocks into Class I and Class II based on the complete stress–strain curve in the post-failure region, the control lines for Class I and Class II rocks was ...