In this work, transient heat transfer response of wet fins is carried out using both Fourier and
non-Fourier heat conduction models. The separation of variables is used to establish a …

Two-dimensional non-Fourier heat conduction in soft skin tissue irradiated by a laser beam
on its surface is investigated on the basis of biothermomechanics. A new semianalytic …

The ever-increasing mortality rate due to cancer has necessitated the development of new
and effective techniques for selective destruction of cancerous cells. Among the various …

In this paper, a 3D model of a gas turbine used in a single-stage turbojet engine, including
stator and rotor, is considered for structural and thermal analysis. A modified conjugate heat …

This research enhances our previously established unified lattice Boltzmann (LB)
framework, initially developed for classical Fourier heat conduction and radiation coupling …

The two dimensional non-Fourier heat conduction in a semi-infinite medium on which local
surface is irradiated by a laser beam is analyzed. The mathematical model is based on …

In the present study, a new swirling flow generator is studied which aims to enhance the
convective heat transfer rate in a heat exchanger tube. This device has a four-point star …

The use of thermal conduction models, particularly the double-phase lag thermal wave
model, is vital for improving thermal therapies in biological tissues. However, existing …

In this study, a mathematical model was developed for falling film evaporation. Laplace
transform is applied to the partial differential equations for the combined heat and mass …

Over the past decades, different types of energy converters have been invented because
wave energy is a renewable energy source with high potential for extraction of considerable …