Multiply-stiffened, thin plate, welded fabrications are used in a wide variety of transport fields, however the resulting out-of-plane distortion associated with welding exacts a severe design penalty. Depending on the information required, the size of the structure under investigation and the computer power at hand, three computational strategies may be considered to predict welding distortion. If prediction of the localized residual stresses from welding is of major importance, then a full transient, uncoupled thermo-elastoplastic analysis is preferred
The uneven process of heating and cooling during welding can cause distortions in the metal componen...
The arc welding process is the main fusion welding process used in the offshore industry. This thesi...
In this work, 2D and 3D Finite Element models to simulate the temperature distribution and residual ...
Multiply-stiffened, thin plate, welded fabrications are used in a wide variety of transport fields, ...
Multiply-stiffened, thin plate, welded fabrications are used in a wide variety of transport fields, ...
Paper examining out-of-plane distortion of CMn steel plates during flux-cored CO2 automatic butt wel...
The main aim of the work was to investigate a simplified finite element simulation of the out-of-pla...
Welded structures are subjected to highly localized heat distributions at the fused region.This give...
Abstract: Multiply-stiffened, thin plate, welded fabrications are used in a wide variety of trans-po...
The study's aim is to improve the applicability of finite element analysis to the prediction of weld...
Fusion welding remains the most common and convenient fabrication method for large, thinplate welded...
This paper investigates distortions and residual stresses induced in butt joint of thin plates using...
Special solution methods are presented for the prediction of distortion in stiffened plate fabricati...
In the present work, the prediction of residual stresses and distortion due to GTA welding process, ...
During a welding process, intensively localized heat input and sharp temperature gradient often occu...
The uneven process of heating and cooling during welding can cause distortions in the metal componen...
The arc welding process is the main fusion welding process used in the offshore industry. This thesi...
In this work, 2D and 3D Finite Element models to simulate the temperature distribution and residual ...
Multiply-stiffened, thin plate, welded fabrications are used in a wide variety of transport fields, ...
Multiply-stiffened, thin plate, welded fabrications are used in a wide variety of transport fields, ...
Paper examining out-of-plane distortion of CMn steel plates during flux-cored CO2 automatic butt wel...
The main aim of the work was to investigate a simplified finite element simulation of the out-of-pla...
Welded structures are subjected to highly localized heat distributions at the fused region.This give...
Abstract: Multiply-stiffened, thin plate, welded fabrications are used in a wide variety of trans-po...
The study's aim is to improve the applicability of finite element analysis to the prediction of weld...
Fusion welding remains the most common and convenient fabrication method for large, thinplate welded...
This paper investigates distortions and residual stresses induced in butt joint of thin plates using...
Special solution methods are presented for the prediction of distortion in stiffened plate fabricati...
In the present work, the prediction of residual stresses and distortion due to GTA welding process, ...
During a welding process, intensively localized heat input and sharp temperature gradient often occu...
The uneven process of heating and cooling during welding can cause distortions in the metal componen...
The arc welding process is the main fusion welding process used in the offshore industry. This thesi...
In this work, 2D and 3D Finite Element models to simulate the temperature distribution and residual ...