Add to ORKGFinite element computer programs were developed to determine thermal stresses and metal movement during butt welding of flat plates and bead-on-plate welding along the girth of a cylindrical shell. Circular cylindrical shells of 6061 aluminum alloy were used for the tests. Measurements were made of changes in temperature and thermal strains during the welding process
With advances in commercially available finite element software and computational capability, engine...
Welding techniques and filler metals for high strength aluminum alloys evaluated by bulge test progr...
A thermal-elastoplastici finite element method was built to simulate the process of variable polarit...
The research is reported concerning the development of a system of mathematical solutions and comput...
Welding thermal and residual stress analysis and material property and weld parameter effects on the...
In industries’ welding plays a vital role in joining process. Many of the structures presently buil...
The strain response of metal plates during welding is discussed and current state-of-the-art efforts...
During the welding process, thermal and stress distributions are set up in the workpiece. These ther...
[[abstract]]Welding is used in industry in a broad number of ways. In the past, in order to measure ...
An important trend in recent ships and offshore structures is that they require high strength as wel...
During a welding process, intensively localized heat input and sharp temperature gradient often occu...
The purpose of this project was to develop a finite element model of the heat-affected zone in the v...
Residual stresses caused by welding result from the nonuniform rate of cooling and the restrained th...
AbstractThe purpose of the present investigation is to assess transient temperature and residual str...
Welding is employed as a joining technique for aluminum in industries such as the automotive, constr...
With advances in commercially available finite element software and computational capability, engine...
Welding techniques and filler metals for high strength aluminum alloys evaluated by bulge test progr...
A thermal-elastoplastici finite element method was built to simulate the process of variable polarit...
The research is reported concerning the development of a system of mathematical solutions and comput...
Welding thermal and residual stress analysis and material property and weld parameter effects on the...
In industries’ welding plays a vital role in joining process. Many of the structures presently buil...
The strain response of metal plates during welding is discussed and current state-of-the-art efforts...
During the welding process, thermal and stress distributions are set up in the workpiece. These ther...
[[abstract]]Welding is used in industry in a broad number of ways. In the past, in order to measure ...
An important trend in recent ships and offshore structures is that they require high strength as wel...
During a welding process, intensively localized heat input and sharp temperature gradient often occu...
The purpose of this project was to develop a finite element model of the heat-affected zone in the v...
Residual stresses caused by welding result from the nonuniform rate of cooling and the restrained th...
AbstractThe purpose of the present investigation is to assess transient temperature and residual str...
Welding is employed as a joining technique for aluminum in industries such as the automotive, constr...
With advances in commercially available finite element software and computational capability, engine...
Welding techniques and filler metals for high strength aluminum alloys evaluated by bulge test progr...
A thermal-elastoplastici finite element method was built to simulate the process of variable polarit...