This master thesis deals primarily with the prediction of fatigue life of welded ribbed shaft. Recommendations taken from the International Institute of Welding (IIW) are used to express the stress values and the fatigue life. The stress values of examined place are expressed by approach of nominal stress, structural hot spot stress and effective notch stress. Results from stress-strain analysis are combined together with fatigue strength curves for prediction of the fatigue life. At the end of the analysis, the predicted fatigue life is compared with design life of welded ribbed shaft
Bakalářská práce se věnuje predikci únavové životnosti svařovaných konstrukcí, metodám založených na...
This thesis addresses the topic of determining the fatigue life of a thin-walled holder fender and f...
The first part of this thesis evaluates the fatigue life prediction procedure in British standard ...
Lifetime assessment of dynamically loaded structures is essential towards decision support for quant...
Lifetime assessment of dynamically loaded structures is essential towards decision support for quant...
Fatigue is typically a governing limit state for maritime structures, and weld joints are the most c...
Lifetime assessment of dynamically loaded structures is essential towards decision support for quant...
Lifetime assessment of dynamically loaded structures is essential towards decision support for quant...
In modern civil buildings, as well as in mechanical and naval constructions, welding is a widely dif...
Due to growing requirements connected with the utilization of advanced structures, nowadays the mode...
The main goal for this thesis has been to perform fatigue life predictions on large components.Diere...
Fatigue design of welded structures has always been important for construction equipment manufacture...
The durability and the life of automotive sheet metal structures are mainly controlled by the streng...
The first part of this thesis evaluates the fatigue life prediction procedure in British standard ...
The first part of this thesis evaluates the fatigue life prediction procedure in British standard ...
Bakalářská práce se věnuje predikci únavové životnosti svařovaných konstrukcí, metodám založených na...
This thesis addresses the topic of determining the fatigue life of a thin-walled holder fender and f...
The first part of this thesis evaluates the fatigue life prediction procedure in British standard ...
Lifetime assessment of dynamically loaded structures is essential towards decision support for quant...
Lifetime assessment of dynamically loaded structures is essential towards decision support for quant...
Fatigue is typically a governing limit state for maritime structures, and weld joints are the most c...
Lifetime assessment of dynamically loaded structures is essential towards decision support for quant...
Lifetime assessment of dynamically loaded structures is essential towards decision support for quant...
In modern civil buildings, as well as in mechanical and naval constructions, welding is a widely dif...
Due to growing requirements connected with the utilization of advanced structures, nowadays the mode...
The main goal for this thesis has been to perform fatigue life predictions on large components.Diere...
Fatigue design of welded structures has always been important for construction equipment manufacture...
The durability and the life of automotive sheet metal structures are mainly controlled by the streng...
The first part of this thesis evaluates the fatigue life prediction procedure in British standard ...
The first part of this thesis evaluates the fatigue life prediction procedure in British standard ...
Bakalářská práce se věnuje predikci únavové životnosti svařovaných konstrukcí, metodám založených na...
This thesis addresses the topic of determining the fatigue life of a thin-walled holder fender and f...
The first part of this thesis evaluates the fatigue life prediction procedure in British standard ...