The review summarizes the published data on the widely applied electron-beam, laser-
beam, as well as resistance upset, projection, and spot welding of zirconium alloys for …

As a well-established modern manufacturing process, laser welding is widely adopted in
different industry fields to assemble lightweight structures. Major advances have been made …

In the present study, Zr-2.5 wt.% Nb alloy plates of thickness 4 mm have been welded using
pulsed Nd: YAG laser system at different process parameters and characterized in terms of …

The high heat density laser welding process minimizes the thermal distortion and residual
stresses. Optimal welding process parameters are necessary to ensure the quality of weld …

A three-dimensional finite element model (FEM) was established to reveal the thermal-
mechanical behaviors of pulsed laser welding (PLW) with and without trailing heat sink …

Pulsed laser welding is a powerful technique especially suitable for joining thin sheet
metals. In this study, based on experimental data, pulsed laser welding of thin AISI316L …

Ni-free β-type Ti alloys have been developed to manufacture high-strength, low-elastic-
modulus, shape-memorable medical, and non-toxic components. Because the machinability …

The ultra-thin plate (thickness< 0.1 mm) is widely used as the raster plate in the high-
precision collimator, but the welding induced distortion is the main problem restricting its …

In-situ titanium and vanadium carbides reinforced Fe-based cladding layers were obtained
by using continuous wave and pulsed wave laser cladding respectively. Effects of pulsed …

In order to control and eliminate the welding induced welding deformation of thin stainless
steel a laser welding method assisted by a new type of synchronous trailing cold air heat …