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Experimental measurements validate the approximations made and indicate little practical benefit in detailed modelling of temperature variations.
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The final two elements required for the modelling of temperatures at depth are the surface heat flow and the mean surface temperature.
New analytical models of temperature and thermal stresses are proposed.
This paper also employs this simplified ETP model as the simulation model of temperature controlling devices.
The problem is motivated by the modeling of temperature regulation in the medium.
This article presents a computational model of temperature monitoring in such a leak detection system (LDS).
We show the merits of our approach by applying it to a simple model of temperature regulation in a building.
A simulation model of temperature control of EHD micro heat pipes was established in a Matlab Sinulink environment.
This work establishes a computationally efficient model of temperature and diffusion dynamics in ball milled bimetallic Ni-Al particulates.
The time series model of temperature is constructed in "Time series modeling", while "Results and discussion" shows the forecast values of EC using regression technique.
Here, we apply the semiquantum molecular dynamics approach for the modeling of temperature dependence of thermal phonon conductivity in silicon and germanium nanoribbons with rough edges.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com