Abstract An Inverse Heat Conduction Problem (IHCP) is examined in this study by an
Iterative Regularization Method (IRM), and commercial software CFD-ACE+ to estimate …

The rapid movement of heat transferred goes to be the most important target for researchers
to deals with the thermal problems of electronic systems. Especially, that has high packing …

An inverse problem in determining the optimal geometry of filler shape between two
conductive bodies in a two-dimensional multiple region domains, based on the desired …

In the present nonlinear fully wet fin design problem, the optimum shapes for the longitudinal
and spine fins are estimated by using the conjugate gradient method (CGM) based on the …

Each type of fin has been investigated separately in many researches that are concerned
with finding its performance under varying operating conditions, enhancement of heat sink …

There are many scientific attempts to improve the thermal performance of heat sinks that
used to remove heat from energy sources using the merge between two types of fins. Here …

A shape design problem (or inverse geometry problem) in determining the geometry of
interfacial surface between two conductive bodies in a three-dimensional multiple region …

A shape-design problem is examined in this study that consists of determining the optimal
boundary shape of a conductive body with a heating object or heating substrate that will …

The wet spinning process depends strongly on the acid and salt diffusivity coefficients in the
fiber; however, these two coefficients are normally function of concentration of salt and are …

Taking advantage of the parameter identification, a new numerical method is developed in
this paper to estimate the maximal temperature gradients reached in fire-damaged concrete …