Thermal treatment of materials occupies a significant, increasing proportion of MSE activity
and is an integral component of modern curricula as well as a highly monetized component …

A multilayered thin metal film subjected to an ultra-short laser pulse is considered. A
mathematical description of the discussed process is based on the system of the dual-phase …

A generalized analytical solution for the electron and lattice temperature profiles in a metallic
film exposed to an ultrafast laser source is obtained using the superposition and Fourier …

Non-equilibrium energy transfer takes place in a solid substrate during a short-pulse laser
irradiation and temperature field can be obtained analytically in the irradiated region. In the …

Non-equilibrium heating in the lattice sub-system results in high temperature gradients in the
surface region. This in turn causes thermal stress waves propagating into the substrate …

This paper considers non-equilibrium energy transport in the solid due to short-pulse
heating and presents an analytical solution for electron and lattice site temperature …

Analytical solution for laser short-pulse heating of a micro-sized metal wire is presented. In
the analysis, volumetric and surface heat sources are incorporated for the same pulse …

In the present study, analytical solution for nonequilibrium heating of metallic surfaces is
presented and the closed-form solution for thermal stress distribution is obtained in relation …

Laser ultra-short pulse heating of metallic surfaces causes the hyperbolic behavior of energy
transport in the heated region. The consideration of the parabolic nature of the non …

An analytical solution for lattice temperature distribution in a metallic solid subjected to laser
short-pulse heating is presented. The method of similarity solution is adopted for the solution …