Sentence examples for using a thermal model from inspiring English sources

Spray evaporation is described using a thermal model with an infinite conductivity in the liquid phase.

Using a thermal model, we then computed surface and sub-surface temperatures of these bodies during their dynamical history.

The electrical energy and heating requirements are defined and used to assess the annual energy consumption of a traditional cold storage design using a thermal model.

Numerical analysis of pulsed laser induced phase change processes in the near-surface region of monocrystalline bulk GaSb is done using a thermal nonequilibrium model.

Initially, the effect of the geometric parameters on the heat sink thermal and hydrodynamic performance is investigated using a thermal resistance model and analytical correlations, in order to save computational time.

Since nanocrystalline diamond is of interest for several technological applications we investigate the reason for this difference, by means of large scale atomistic simulations of ion tracks in nanocrystalline diamond, using a thermal spike model, with up to 2.5 million atoms, and grain sizes in the range 5 10 nm.

From the chemical composition, artificial aging history, and welding procedure, the spatial distribution of the flow stress at ambient temperature of MIG-welded AA6082-T6 aluminum extrusions was determined by using a thermal finite element model and a nano-scale material model.

This paper presents numerical investigations of the two-phase flow, CO2 bubbles in a liquid methanol solution, in the anode microchannels from the aspect of microfluidics using a thermal lattice Boltzmann model (TLBM).

Using a thermal resistance network model of a shell and tube LTES with embedded heat pipes, detailed parametric studies are carried out to assess the influence of the heat pipe and the LTES geometric and operational parameters on the performance of the system during charging and discharging.

Loci were amplified by PCR using a thermal cycler (MJ Research model PTC DNA engine) and the following program: one cycle of 3 min at 94°C followed by 35 cycles at 94°C for 30 s, annealing temperature (temperature gradient from 54 66°C) for 30 s, 72°C for 30 s and a final extension cycle of 10 min at 72°C.

This pressure was used in a thermal model in order to predict the switch performance under different heat loads and operating temperatures.