Sentence examples for thermal modelling from inspiring English sources

CFD thermal modelling and experimental testing are conducted to validate the temperatures predicted from the LPM thermal circuit.

For the zone thermal modelling, the maximal heat dissipation (heatDissipation) of this occupant group can also be specified.

As deep boreholes are scarce and temperature data are unavailable, the thermal regime was obtained by lithosphere-scale 2D steady-state thermal modelling based on surface heat flow and a vast database of measured thermal rock properties, in particular thermal conductivity (TC) (Schintgen et al. 2015).

Crustal thermal modelling at relatively extensive depths (e.g. down to the Moho discontinuity, approximately 35 km) would benefit from representative thermal conductivity values (Vosteen and Schellschmidt 2003), and given the sensitivity we have seen in the range of 20 300 °C, representative values may not currently exist.

Thermal modelling showed that thermally induced stresses in the pillar were adequate to elevate the pillar stresses above the stress magnitude required to initiate failure.

Results of the 2D thermal modelling for greater depths (Figure 17) demonstrate that the modelled temperature is around 120°C at a depth of 5000 m, around 141°C at a depth of 6000 m and 100°C isotherm has been modelled at around a depth of 4130 m. Figure 16 The Årvollskogen borehole: measured versus modelled temperatures.

Further, with the help of thermal modelling the solar cell temperature, room temperature and solar cell efficiency have been calculated for a typical clear day of May.

The large Planck telescope is passively cooled by radiating to the Deep Space, so that a good knowledge of the thermo-optical properties of its coating is of utmost importance for thermal modelling.

The electro-thermal modelling being already developed, this paper is focused on the finite element modelling of the thermo-mechanical effects using the behavioural language Verilog-A.

This paper considers different issues of electro-thermal modelling for microsystems and proposes analogue simulators with hardware description languages as a tool for the system-level modelling.

This paper reports on the electro-thermal modelling of a Maxwell supercapacitor (SC), model BMOD0083 with a rated capacitance of 83 F and rated voltage of 48 V.