Numerical modelling of the welding of dissimilar materials, stainless steel and mild steel, has been carried out using Abaqus together with Gas Metal Arc Weld (GMAW) in order to provide a better understanding of the transient temperature profiles and the stress distribution in a pipe. The results clearly show that the temperature distribution in the modelled pipe is a function of the thermal conductivity of each weld metal as well as the distance away from the heat source. Results also clearly show agreement with previous findings
The process of fusion arc welding of steel pipes in power generation plants induces residual stresse...
The various thermo-mechanical effects of circumferential welding of mild steel pipes were studied in...
Stainless steel is widely used in pipelines and structural components as the material of choice. Whe...
This research focuses on simulation of the dissimilar materials’ welding, stainless steel and mild s...
AbstractThis paper deals with the effects of weld parameters on residual stress developed during TIG...
This research sought to establish residual stress distribution characteristics in typical pipe and v...
Welding of two dissimilar materials was carried out in-house with the aid of a Tungsten Arc weld hav...
AbstractThis paper numerically studied the residual stress in a butt-welded steel pipe. A comparison...
Three dimensional finite element simulations of thermal and mechanical response of a 304 L stainless...
Three dimensional finite element simulations of thermal and mechanical response of a 304L stainless ...
This paper investigates numerical thermal fields and residual stresses induced by single-pass weld ...
Experimental tests of multi-pass lined pipe welding are reported and a computational procedure for t...
Defect assessments for pressure vessels and piping are increasingly used to support the economic and...
A number of Type 304 stainless steelpipes arc used in the primary cooling systems of nuclear plants....
Thermal and mechanical processes during welding introduce complex three-dimensional distributions of...
The process of fusion arc welding of steel pipes in power generation plants induces residual stresse...
The various thermo-mechanical effects of circumferential welding of mild steel pipes were studied in...
Stainless steel is widely used in pipelines and structural components as the material of choice. Whe...
This research focuses on simulation of the dissimilar materials’ welding, stainless steel and mild s...
AbstractThis paper deals with the effects of weld parameters on residual stress developed during TIG...
This research sought to establish residual stress distribution characteristics in typical pipe and v...
Welding of two dissimilar materials was carried out in-house with the aid of a Tungsten Arc weld hav...
AbstractThis paper numerically studied the residual stress in a butt-welded steel pipe. A comparison...
Three dimensional finite element simulations of thermal and mechanical response of a 304 L stainless...
Three dimensional finite element simulations of thermal and mechanical response of a 304L stainless ...
This paper investigates numerical thermal fields and residual stresses induced by single-pass weld ...
Experimental tests of multi-pass lined pipe welding are reported and a computational procedure for t...
Defect assessments for pressure vessels and piping are increasingly used to support the economic and...
A number of Type 304 stainless steelpipes arc used in the primary cooling systems of nuclear plants....
Thermal and mechanical processes during welding introduce complex three-dimensional distributions of...
The process of fusion arc welding of steel pipes in power generation plants induces residual stresse...
The various thermo-mechanical effects of circumferential welding of mild steel pipes were studied in...
Stainless steel is widely used in pipelines and structural components as the material of choice. Whe...