This paper focuses on the critical role of temperature in ultrafast direct laser writing
processes, where temperature changes can trigger or exclusively drive certain …

In order to obtain the transient thermoelastic diffusion responses of porous materials heated
by the ultrashort pulse laser, the focus of this work is to establish a generalized thermoelastic …

Laser alteration of polymers is an important field which has received a great deal of attention
related to altering the surface and bulk of cheap commonly used plastics to generate useful …

基于L⁃ S 广义热弹性理论, 考虑材料比热容随温度变化, 建立了含有内热源的热弹耦合系统控制
方程. 利用有限元方法研究了氧化钇四方氧化锆(YSZ) 在超短脉冲激光作用下的热力响应 …

Femtosecond laser direct writing in materials has been studied due to its advantages in
micro-processing. The discovery of polarization effect found in controlling the crystallization …

Polymers were one of the first materials to be processed by ultrafast lasers. However, the
nature of absorption for near-infrared laser beams is not fully understood, and therefore it …

The Stefan conditions are suitable for describing the solid-liquid phase change processes
with moving interface. However, the existing literature only focuses on the Stefan problem of …

Based on the LS generalized thermoelastic theory and in view of the specific heat capacity
change of material with temperature, the control equations for the thermoelastic coupling …

Polymers are important materials for both industrial and scientific applications. However, it is
challenging to efficiently process polymers with an ultrafast laser due to their low melting …

In order to study the effect of laser cutting process parameters on the slit width of garbage
bags made of polyethylene (PE) material, Box-Behnken test was designed to test the cutting …