Sentence examples for heat conduction calculation from inspiring English sources

The predicted cooling rates, temperature gradients, solidification rates, SDAS and micro-hardness values are shown to be more accurate than those obtained from a commonly used heat conduction calculation.

From an efficiency standpoint, the hybrid method is found to be superior to direct solution of the BTE both for steady state as well as for unsteady non-equilibrium heat conduction calculations with the computational gains increasing with increase in problem size.

The main contribution of this work is to introduce the complex-variable-differentiation method into transient inverse heat conduction problems, for the calculation of sensitivity coefficient.

However, the domain size used in the previous calculations was too small for heat conduction, so that the calculated results are domain dependent and the dendrite could not grow freely.

The heat conduction coefficient can be calculated if only the heat conduction rate of air is known.

The mechanisms of the fast modulation in this emitter are elucidated by performing theoretical calculations of the heat conduction equations considering the thermal model of emitters including graphene and a substrate.

Numerical results to several problems show the efficacy of the approach on two-dimensional and three-dimensional heat conduction problems in comparison with exact calculations.

Heat flux is calculated by the inverse heat conduction method.

Heat sink at the thermocouple junction due to heat conduction from neighboring wires to the junction is observed via numerical calculation, which can compensate the temperature rise lag of the junction caused by the radiation heat loss and the increase of specific heat capacity.

A set of equations was developed for the calculation of the thermal conductivity and the design of an engineered geotechnical barrier with heat conduction properties similar to those of the particular host rock.

Furthermore, the calculation of the thermal field not only depends on the heat conduction and the radiogenic heat production, but also on the chosen thermal boundary conditions.