Add to ORKGThis research focuses on simulation of the dissimilar materials’ welding, stainless steel and mild steel, using finite element and experiment to enhance the method and better understand the transient temperature profiles and the stress distribution in a cladded pipe. The microstructural come as fenestrated and the computer results 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
In this rapidly evolving industry, welding is the most important way to join the metals and other ma...
This paper investigates numerical thermal fields and residual stresses induced by single-pass weld ...
The in-service welding process is widely used to repair defective gas pipelines, which allows the da...
Welding of two dissimilar materials was carried out in-house with the aid of a Tungsten Arc weld hav...
This thesis was submitted for the degree of Doctor of Philosophy and awarded by Brunel University Lo...
Numerical modelling of the welding of dissimilar materials, stainless steel and mild steel, has been...
Joining of dissimilar metals causes a steep gradient of the thermo-mechanical properties along the w...
This research sought to establish residual stress distribution characteristics in typical pipe and v...
In the transportation of oil and gas products from and over remote locations, such as Canada's Arcti...
In industries’ welding plays a vital role in joining process. Many of the structures presently buil...
During the welding process, thermal and stress distributions are set up in the workpiece. These ther...
Welding of two dissimilar materials was carried out in-house with the aid of a Tungsten Arc weld wit...
Im Rahmen der durchgeführten Untersuchungen wurden Versuchsnähte an dünnwandigen austenitischen Rohr...
Abstract The aim of this research is to present a comparative analysis between theoretical and exper...
Experimental tests of multi-pass lined pipe welding are reported and a computational procedure for t...
In this rapidly evolving industry, welding is the most important way to join the metals and other ma...
This paper investigates numerical thermal fields and residual stresses induced by single-pass weld ...
The in-service welding process is widely used to repair defective gas pipelines, which allows the da...
Welding of two dissimilar materials was carried out in-house with the aid of a Tungsten Arc weld hav...
This thesis was submitted for the degree of Doctor of Philosophy and awarded by Brunel University Lo...
Numerical modelling of the welding of dissimilar materials, stainless steel and mild steel, has been...
Joining of dissimilar metals causes a steep gradient of the thermo-mechanical properties along the w...
This research sought to establish residual stress distribution characteristics in typical pipe and v...
In the transportation of oil and gas products from and over remote locations, such as Canada's Arcti...
In industries’ welding plays a vital role in joining process. Many of the structures presently buil...
During the welding process, thermal and stress distributions are set up in the workpiece. These ther...
Welding of two dissimilar materials was carried out in-house with the aid of a Tungsten Arc weld wit...
Im Rahmen der durchgeführten Untersuchungen wurden Versuchsnähte an dünnwandigen austenitischen Rohr...
Abstract The aim of this research is to present a comparative analysis between theoretical and exper...
Experimental tests of multi-pass lined pipe welding are reported and a computational procedure for t...
In this rapidly evolving industry, welding is the most important way to join the metals and other ma...
This paper investigates numerical thermal fields and residual stresses induced by single-pass weld ...
The in-service welding process is widely used to repair defective gas pipelines, which allows the da...