Bibliography: leaves 240-257.xvii, 274 leaves : ill. ; 30 cm.The main objective of this research is to develop a fundamentally new fatigue design and assessment procedure which can be used to predict the variation in crack size, strength and inspection periods as well as endurances. Basic fracture mechanics and fatigue procedures are used to illustrate this new technique.Thesis (Ph.D.)--University of Adelaide, Depts. of Civil & Environmental Engineering and Mechanical Engineering, 1997
When manufacturing built-up structures different operations like joining, forming and casting will i...
The present paper deals with a fracture mechanic approach that employs the Resistance-Curve concept,...
AbstractA fracture mechanics model which shall be applied to the fatigue strength determination of w...
The starting point of the investigations presented in this paper is the simplified consideration of ...
Fatigue is an important design criterion for welded structures subjected to cyclic loading. Several ...
The principle of fatigue strength assessment consists in comparing stresses with their critical valu...
The ability to quantify residual stresses induced by welding processes through experimentation or nu...
Civilization has relied on welded structures to facilitate fabrication and improve our quality of li...
Under certain conditions residual welding stresses greatly effect fatigue performance. Residual tens...
The quality of technological and welding processes of ship structures largely determines their relia...
Typically, for a fatigue strength assessment of a welded structure, the influence of welding residua...
In modern civil buildings, as well as in mechanical and naval constructions, welding is a widely dif...
The reliability of welded structure can be evaluated through welding residual stress analysis and fa...
The structural durability of welded structures is determined by the interaction of different influen...
Due to high stress concentrations, welded joints represent the most common locations of fatigue crac...
When manufacturing built-up structures different operations like joining, forming and casting will i...
The present paper deals with a fracture mechanic approach that employs the Resistance-Curve concept,...
AbstractA fracture mechanics model which shall be applied to the fatigue strength determination of w...
The starting point of the investigations presented in this paper is the simplified consideration of ...
Fatigue is an important design criterion for welded structures subjected to cyclic loading. Several ...
The principle of fatigue strength assessment consists in comparing stresses with their critical valu...
The ability to quantify residual stresses induced by welding processes through experimentation or nu...
Civilization has relied on welded structures to facilitate fabrication and improve our quality of li...
Under certain conditions residual welding stresses greatly effect fatigue performance. Residual tens...
The quality of technological and welding processes of ship structures largely determines their relia...
Typically, for a fatigue strength assessment of a welded structure, the influence of welding residua...
In modern civil buildings, as well as in mechanical and naval constructions, welding is a widely dif...
The reliability of welded structure can be evaluated through welding residual stress analysis and fa...
The structural durability of welded structures is determined by the interaction of different influen...
Due to high stress concentrations, welded joints represent the most common locations of fatigue crac...
When manufacturing built-up structures different operations like joining, forming and casting will i...
The present paper deals with a fracture mechanic approach that employs the Resistance-Curve concept,...
AbstractA fracture mechanics model which shall be applied to the fatigue strength determination of w...