Sentence examples for materials the thermal from inspiring English sources

For all insulation materials, the thermal conductivity as well as compressive strength decrease as the number of insulation layers increases.

Among various soft chemical methods for preparing nanoscale materials, the thermal decomposition method is widely used due to the process simplicity [38, 39, 40].

Because the contact pieces are made of different materials, the thermal model deals with two different thermal power loss using fractions of the total thermal power.

Such a model leads to a beam theory that really fits the cross-section nature (shape and materials), the thermal conditions, and hence the beam problem.

In a thin film structure comprising both ductile and brittle materials, the thermal expansion mismatch can cause the ductile material to plastically yield in every temperature cycle.

For both materials, the thermal field on the specimen surface has been recorded by an infrared camera during the fatigue tests.

Additionally, the geothermal gradient is influenced by material specific parameters, as the thermal conductivity and the radiogenic heat production.

Considering the targeted application for non-structural building material, the thermal conductivity, compressive and residual strengths as well as the water absorption of the mortars were evaluated.

For the same material, the thermal conductivity is found to decrease almost linearly with decreasing temperature, similar to that of a single multi-walled carbon nanotube.

Though the joining takes place below the melting temperature of the material, the thermal cycle experienced by the thermo-mechanical-affected zone (TMAZ) and heat-affected zone (HAZ) is causing grain coarsening and precipitates dissolution in the age-hardenable aluminium alloys, which deteriorate the joint properties.

Radiation induced porosity in elastic materials affects the thermal, electrical and mechanical properties of the materials.