Sentence examples for thermal conduction analysis from inspiring English sources
This work explores the application of coupled numerical models in thermal conduction analysis, taking into account frequency domain formulations.
The heat conduction analysis (thermal aspect) was carried out to study the temperature distribution during the discharge process of CFRPs, which shows that CFRPs could be removed through the thermal decomposition and vaporization of the epoxy resin and the sublimation of the carbon fibers under ultra-high temperature caused by the plasma heat and Joule heat.
A numerical simulation code MUGTHES consisting of two calculation modules for unsteady thermal-hydraulics analysis and unsteady heat conduction analysis in structure has been developed to predict thermal mixing phenomena and to estimate thermal response of structure under the thermal interaction between fluid and structure fields.
Theoretical analysis confirms that thermal conduction between the PV cells and the absorber plate is a critical parameter.
A generalized formulation of the shape design sensitivity analysis for two-dimensional steady-state thermal conduction problem as applied to zoned-inhomogeneous solids is presented using the boundary integral and the adjoint variable method.
Microstructure and thermal conduction properties involving thermal diffusivity and conductivity of composite, Al2O3Ag, were investigated.
First, the original three-dimensional heat conduction problem is reduced to be a two-dimensional thermal cross-sectional analysis along with an optional one-dimensional heat conduction analysis.
First, we simplify the original three-dimensional heat conduction problem into a two-dimensional thermal cross-sectional analysis along with an optional one-dimensional heat conduction analysis.
The electrical or thermal conductivity is computed by modeling the relevant mechanical contact problem followed by a steady-state conduction analysis.
The analysis stage involves manipulating the differential equations of flow and thermal conduction.
Recent numerical analysis have instead demonstrated that local cell morphological structures can strongly influence thermal conduction in ceramic foams.
