Sentence examples for modes of thermal from inspiring English sources

Beside prediction of the microstructure, the model captures the key thermal characteristics of the combustion synthesis in both modes of thermal explosion and self-propagation.

It is very difficult to calculate and analyze with precision the thermal behavior of the walls of building envelope when coexist various modes of thermal transfer and because of the particularly random climatic phenomena.

In this work, a variety of new approaches are developed and results are compared for solving inverse heat transfer problems where radiation is the dominant mode of thermal energy transport.

Although the POM-based composites underwent a different mode of thermal degradation from neat POM with a slight reduction in the temperature at rapid weight loss, their thermal stabilities were maintained well enough to meet the requirement for its application.

The residual stress and failure mode of thermal barrier coating (TBC) containing metallic bond coat (BC) and ceramic top coat (TC) with and without thermally grown oxide (TGO) were predicted using a micromechanical-based finite element method (FEM).

Together with the already mentioned inescapable bias of the reaction time artifact, these considerations lead one to conclude that this mode of thermal stimulation is perhaps not fully adapted to the psychophysical approach of thermal and painful sensations.

The current study uses full-scale in-situ measurements to investigate the effect of ventilation mode on thermal comfort and ventilation performance of a high-rise case study unit.

The dynamic model is applied to predict the transient behavior of a 400 kW prototype solar reformer in operational modes of purging, thermal testing, startup, chemical reaction, shutdown, and cyclical operation.

More convoluted models could be also used; for example, it was suggested to apply Hinshelwood distribution for complex molecules with many vibrational modes to thermal activation of rhodopsin.

Figure 13a illustrates the concept of the base-growth mode (ΔT < 0), which is the mode of traditional thermal CVD systems and specially designed plasma-enhanced CVD systems.

The convective mode of the thermal plumes driven in the critical fluids are different from that of Rayleigh-Bénard convection.