Sentence examples for conduction solution from inspiring English sources

where kf,app is the apparent effective thermal conductivity obtained from the single phase Fourier conduction solution while kf,act is the actual effective thermal conductivity that corresponds to data that follow a Dual-Phase-Lagging conduction according to the derivations presented above.

The capabilities of the geometric modeling, mesh generation as well as solver of the commercial software ANSYS are utilized in order to reduce the time expended for modeling and direct heat conduction solution, in both linear and nonlinear problems.

The nonlinear Lyapunov stability of the conduction-diffusion solution of the rotating Bénard problem was studied in [9].

According to the hyperbolic equation of heat conduction, a general solution of scattered fields of thermal waves was obtained.

The method is validated for two-phase heat conduction, with analytical solution in case of no evaporation and with experimental measurement in case of incorporated evaporation effect.

In this study, except for palladium, we investigated the catalytic activity of noble metals for the etching of Si. Figure 1 Schematic diagram of n-Si potential in a HF solution: conduction band (C.B).

In order to define the solid conduction effects, two solutions for the MBHE energy equations have been studied: an analytical solution considering only convection heat transfer (and neglecting solid conduction) and a numerical solution with the solid conductivity retained in the equations.

Among the various print materials the startup will provide is a copper-based solution for conduction that makes it possible to build circuits into a full printed piece.

The higher peak power of the Nd YAG and its lower absorption by the sol gel leads to rapid heating of the interface, heating of the solution by conduction, and a much more adhesive and dense coating.

The mathematical formulation of a heat transfer flow problem in the recycling parallel-plate heat exchanger under asymmetric wall temperatures was developed theoretically with ignoring axial conduction, and the analytical solution was obtained using a superposition principle and an orthogonal expansion technique in extended power series.

The development of the solution of conduction in such materials has been hampered by the fact that one must utilize a highly detailed and large computational grid if the effect of the distribution of the local conductances and the correlations between them is to be taken into account.