The present review describes the up-to-date state of the evaluation of thermophysical
properties (TP) of materials with three different procedures: modeling (also including inverse …

This work aims to develop a new composite material to improve the thermophysical
properties and the lightness of gypsum plaster made with date palm fibers for the purpose of …

In the past few decades, the study on how to apply genetic algorithms to problems in the
industrial engineering world has aroused a great deal of curiosity of many researchers in the …

An optimal design of a three-layer experimental apparatus where a thin heater is placed
between two identical samples is proposed. It allows thermal conductivity and volumetric …

An extension to the classical quadrupole method is proposed which allows computing
temperature and heat fluxes anywhere inside a multilayer material containing localized …

At high temperature, the circulation of fluid in heat exchangers provides a tendency for
fouling accumulation to take place on the internal surface of tubes. In brief, the deposits on …

Improved out-of-plane thermal conductivity of fiber reinforced polymer (FRP) composite
materials will enable light weight structures to integrate efficient thermal management. Heat …

Estimation of radiative and conductive properties of a semitransparent medium using
genetic algorithms - IOPscience Skip to content IOP Science home Accessibility Help …

This article deals with the experimental measurement of the effective thermal conductivity of
powders using a photothermal method with a crenel heating excitation. This method …

This paper deals with a theoretical and an experimental study allowing the measurement of
the radiative and the conductive properties of semitransparent materials. The method …