Computer simulation of the three-dimensional temperature history in a multipass filled weldment was attempted by modifying a transient heat transfer code, HEATING5. The model includes temperature-dependent physical parameters, radiation and convection heat losses, turbulent and laminar convection in the molten pool, and variable arc velocity, intensity, and weld geometry. The model requires approximately 28 CPU min to simulate one second of welding. 15 figures, 8 tables
Non-uniform temperature gradients are induced in welded structures causing rapid thermal expansion-c...
The quality of welding processes is governed by the occurring induced distortions yielding an increa...
A three-dimensional mathematical model and numerical techniques were developed for simulating a movi...
A conceptual model is developed for the three-dimensional temperature history of a multipass, filled...
Welding is a reliable, cost effective, and efficient metal joining process. Manual metal arc welding...
In recent years, there have been several attempts to study the effect of critical variables on weldi...
This cooperative research and development agreement (CRADA) between Concurrent Technologies Corporat...
This cooperative research and development agreement (CRADA) between Concurrent Technologies Corporat...
Welding is a thermal process that creates residual stresses due to a combination of thermal expansio...
This paper has informed industry of the capabilities of advanced simulation to better understand and...
Mechanical properties of welded joints depend on the way heat flows through the welding passes. In m...
Metallic materials undergo many metallurgical changes when subjected to welding thermal cycles, and ...
Welding processes involve complex couplings between fluid dynamics, heat transfer and the metallurgi...
The purpose of this study is to develop a generalized finite element simulation for the transient he...
Congreso celebrado en la Escuela de Arquitectura de la Universidad de Sevilla desde el 24 hasta el 2...
Non-uniform temperature gradients are induced in welded structures causing rapid thermal expansion-c...
The quality of welding processes is governed by the occurring induced distortions yielding an increa...
A three-dimensional mathematical model and numerical techniques were developed for simulating a movi...
A conceptual model is developed for the three-dimensional temperature history of a multipass, filled...
Welding is a reliable, cost effective, and efficient metal joining process. Manual metal arc welding...
In recent years, there have been several attempts to study the effect of critical variables on weldi...
This cooperative research and development agreement (CRADA) between Concurrent Technologies Corporat...
This cooperative research and development agreement (CRADA) between Concurrent Technologies Corporat...
Welding is a thermal process that creates residual stresses due to a combination of thermal expansio...
This paper has informed industry of the capabilities of advanced simulation to better understand and...
Mechanical properties of welded joints depend on the way heat flows through the welding passes. In m...
Metallic materials undergo many metallurgical changes when subjected to welding thermal cycles, and ...
Welding processes involve complex couplings between fluid dynamics, heat transfer and the metallurgi...
The purpose of this study is to develop a generalized finite element simulation for the transient he...
Congreso celebrado en la Escuela de Arquitectura de la Universidad de Sevilla desde el 24 hasta el 2...
Non-uniform temperature gradients are induced in welded structures causing rapid thermal expansion-c...
The quality of welding processes is governed by the occurring induced distortions yielding an increa...
A three-dimensional mathematical model and numerical techniques were developed for simulating a movi...