Compared with other heating methods, laser heating has outstanding advantages and
application prospects in the field of high-power, large-area, remote and continuous heating …

Fiber laser micromachining is found extensive applications at industrial level because it is
cheap and simple to use. Due to its high strength and low conductivity titanium is difficult to …

Unstable reliability and poor repeatability in the production of metal matrix composite (MMC)
parts are primary challenges currently faced by laser melt injection (LMI). In situ monitoring …

Motivated by the need to understand the heat transfer process in permanent mold casting,
the heat conduction problem in the casting and the mold is modeled as transient one …

Owing to the excellent physical properties of C/SiC composites, they are extensively used in
extreme conditions such as nozzle jet vanes and turbine engine components. However …

Laser beam machining of Polymethyl methacrylate (PMMA) has gained traction because of
its high absorptivity, dimensional stability, good abrasive resistance, easy operation and low …

The primary objective of this study is to conduct a practical investigation of heat transfer (HT)
and friction factor (f) characteristics within a double pipe heat exchanger (DPHE) configured …

Motivated by the need to comprehensively optimize the quality and efficiency of laser
drilling, a dynamic drilling strategy wherein laser power is temporally modulated is …

Due to a variety of benefits over traditional cutting techniques, the usage of laser technology
has risen substantially in recent times. In the present study, an effort was made to investigate …

In this study, the laser parameters including laser power, scanning rate, scanning line
distance, pulse width, frequency, and scanning area were used as the influencing factors …