Sentence examples for materials with temperature from inspiring English sources

This opens opportunities to design functional materials with temperature controlled biological response.

This study is concerned with a non-conventional fatigue strength behavior of some materials with temperature.

The model accounts for the variation in the thermal and mechanical constituent materials with temperature associated with the RC beam.

The variation of resistivity in soft magnetic materials with temperature is extremely important for applications of electrical machines in aerospace applications.

This study proposed a universal method to detect the variation of materials with temperature and deeply understand the physical mechanism of shape stability, which not only accelerates the pace for practical application of existing FSPCMs, but also provides foundational insight for the design of new FSPCMs.

Notwithstanding the common reduction on fatigue limit of most materials with temperature, some materials show a non-conventional behavior, e.g. a temperature change from 20 °C to about 300 °C or 400 °C cause an increase in fatigue limit and/or tensile strength.

This result demonstrates the ability to store physically substantial quantities of H2 in materials with temperature-regulated pore accessibility without sustained external pressure.

This study extends our recent work (Koutsawa, 2014) to multiferroics composite materials with temperature-independent properties.

In this work, the shakedown of structures made of materials with temperature-dependent yield stress is considered.

(a) Four-step procedure for reversible encapsulation and decapsulation of H2 in materials with temperature-regulated guest admission: (1) At temperatures above the threshold, T0, high-pressure dosing is used to store a significant quantity of H2 within the material's pore volume.

This study presents mean-field based micromechanics models to predict the effective thermoelastic properties, namely, elasticities, thermal expansions and heat capacity, of thermoelastic composite materials with temperature-dependent constituents under finite temperature changes and small strain assumptions.