Sentence examples for material stress and from inspiring English sources

The paper derives new formulas for the spatial and material stress and their corresponding elasticity tensors.

First gas turbines developed in the 1930's used to have representative simple cycle efficiencies of about 17% due to low compressor and turbine efficiencies and low turbine inlet temperatures for material stress and thermal limitations.

Environmentally-assisted cracking (EAC) of structural metal materials occurs by initiation and coalescence of micro cracks, subcritical crack propagation and multiple large crack formation or final failure under combination of material, stress and corrosive environment.

Our numerical studies show that, depending on the electrodic material, stress and surface curvature can produce a significant shift of the chemical potential, and hence, amplify or reduce electrodic reaction rates.

The observed reduction in peak acceleration for the best performing helmet liners in various test conditions are directly related to the contact area, the distribution of material stresses and the dissipated plastic energy density (DPED).

The heat-up and start-up simulations allow: (1) to evaluate the time the cell stack needs to reach operating temperature from an initial temperature distribution, (2) to check the steepest temperature gradients occurring in the ceramic layers (which result in material stresses) and (3) to obtain important information about the pre-operating strategy.

In viscous materials, stress and strain are out-of-phase and a phase difference is π/2.

To analyze the stresses and strains generated during the solidification of glass-forming materials, stress and volume relaxation must be predicted accurately.

Materials stresses and strains are often pushed to the limit and the modelling of these phenomena can be very complex.

This is successfully performed by determining the number of degrees of freedom associated with the structure and by analyzing the materials, stresses, and the bridge construction technique.

The experimental plane was made as part of a competition to design aircraft that could land slowly and steeply without stalling, and required advances in the mathematics of aerodynamics and material stress.