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A unified model for thermal processes is developed to compute thermal treatment of granular materials.
In this work a new empirical correction model for thermal errors is presented.
They used a temperature-dependent model for thermal conductivity that accounts for the fundamental role of Brownian motion.
This paper presents a nonlinear state space model for thermal process of steam reheating.
A kinetic reaction model for thermal decomposition of urea is presented.
The model for thermal conductivity included the effect of temperature and composition, for which six different models were tried.
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Being normalized to the NWL, the nuclear heating is transferred to a 2D model for thermal-hydraulics analysis using the FLUENT code.
In this paper, the efficiency of fractional models for thermal systems modeling is demonstrated through an application to transistor junction temperature estimation.
New models for thermal conductivity of concrete and thermal contact conductance at the interface are proposed in this paper.
Regression models for thermal comfort and contaminant removal as functions of these locations are built for design optimization.
Trisaksri and Somchai [21] have concluded that, among a lot of models for thermal conductivity it is not clear yet which model can be considered as the best.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com