AbstractThe present work shows the effect of weld penetration levels on the stress level and the fatigue life at the weld joints. Finite element analysis was used to estimate stress pattern of welded joints having different levels of penetration for “Bend Loading” and “Tensile loading” were selected for studies. Specimens with variation in the penetrated throat length between 1.80mm to 0.60mm were selected. Study has clearly highlighted the corresponding fluctuations observed in the fatigue life with change in weld penetrations. A side loading will be more detrimental than a tensile loadin
Abstract: This paper presents a study on the influence of manufacturing conditions on the fatigue li...
In the case of structural weldments, the procedure for estimating fatigue life requires information ...
Aluminum structures are becoming more and more common in Canada and the world as engineers and decis...
AbstractThe present work shows the effect of weld penetration levels on the stress level and the fat...
Mechanical parts during service may be subjected to cyclical loading and high stresses, which make ...
This thesis investigates the influence of weld profile on fatigue crack growth in tubular welded joi...
Almost all fabrication of structures these days consists of welding. Therefore the effects of weldin...
Fatigue of welded structures is commonly assessed in three ways. These are the nominal stress-, the ...
Fatigue of welded structures is commonly assessed in three ways. These are the nominal stress-, the ...
The purpose of this investigation was to study the factors which contribute to the relatively low f...
The purpose of this investigation was to study the factors which contribute to the relatively low f...
Partial joint penetration (PJP) welds are a cost-effective alternative to full penetration welds and...
T-joint fillet welding is the most common welding in engineering applications. Transport vehicles, m...
The studies reported herein were concerned with the effects of external geometry on the fatigue beha...
AbstractA fracture mechanics model which shall be applied to the fatigue strength determination of w...
Abstract: This paper presents a study on the influence of manufacturing conditions on the fatigue li...
In the case of structural weldments, the procedure for estimating fatigue life requires information ...
Aluminum structures are becoming more and more common in Canada and the world as engineers and decis...
AbstractThe present work shows the effect of weld penetration levels on the stress level and the fat...
Mechanical parts during service may be subjected to cyclical loading and high stresses, which make ...
This thesis investigates the influence of weld profile on fatigue crack growth in tubular welded joi...
Almost all fabrication of structures these days consists of welding. Therefore the effects of weldin...
Fatigue of welded structures is commonly assessed in three ways. These are the nominal stress-, the ...
Fatigue of welded structures is commonly assessed in three ways. These are the nominal stress-, the ...
The purpose of this investigation was to study the factors which contribute to the relatively low f...
The purpose of this investigation was to study the factors which contribute to the relatively low f...
Partial joint penetration (PJP) welds are a cost-effective alternative to full penetration welds and...
T-joint fillet welding is the most common welding in engineering applications. Transport vehicles, m...
The studies reported herein were concerned with the effects of external geometry on the fatigue beha...
AbstractA fracture mechanics model which shall be applied to the fatigue strength determination of w...
Abstract: This paper presents a study on the influence of manufacturing conditions on the fatigue li...
In the case of structural weldments, the procedure for estimating fatigue life requires information ...
Aluminum structures are becoming more and more common in Canada and the world as engineers and decis...