Sentence examples for heat conduction coefficient from inspiring English sources
In Eq. 1Q is the quantity of heat, K is heat conduction coefficient (refers to the conducting heat ability of material), A is the area of heat conduction, and ΔT is the difference in temperature of the material.
Numerical calculations based on the improved LII model were conducted to predict the soot particle temperature with known gas temperature, the heat conduction coefficient, the primary particle diameter, and the mean aggregate size, as well as values of assumed soot absorption function E(m) and the thermal accommodation coefficient of soot α.
Eq. 11 shows the heat conduction coefficient.
The resulting heat conduction coefficient is within macro range.
Finally, the cooling rate and the heat conduction coefficient of the sample were calculated.
Figure 2 The relationship between heat conduction coefficient and the thickness of air.
According to the features of area and housing, for providing heat balance, total heat conduction coefficients requirements are calculated to be between 0.62 and 2.08 °Cal/m2 °C h for walls, 0.33 and 1.62 °Cal/m2 °C h for roofs.
These models give heat conduction coefficients that will prevent moisture concentration and ensure heat balance under continental climate conditions and suggest different sets of materials that can be used on walls and roofs.
At the end of the study, under the condition of no moisture on surface of structural components and in areas where the indoor and outdoor temperatures are 25.3 °C and 20.2 °C, respectively, maximum total heat conduction coefficients are calculated to be between 1.38 and 1.73 °Cal/m2 °C h.
(13) By the constant k ((kgeq0)) we denote the heat-conduction coefficient, the positive constant R is the specific gas constant, and the positive constant (c_{v}) denotes the specific heat for a constant volume.
From the physical standpoint, −f is the heat source function, | ∇ u | p − 2 is the variational heat-conduction coefficient, g ( u ) is the heat-conduction function transmitting into interior of Ω from the boundary of Ω.
