Lifetime assessment of dynamically loaded structures is essential towards decision support for quantification of lifetime extension and optimization of predictive maintenance. The core of our current research is the development of numerical tools for structural and fatigue analysis of welded steel structure
Fatigue design of welded structures has always been important for construction equipment manufacture...
AbstractThe risk of fatigue damage concerns structural components, structural knots and even whole s...
AbstractThis paper presents a mechanism based approach for lifetime prediction of welded joints, sub...
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...
Lifetime assessment of dynamically loaded structures is essential towards decision support for quant...
Ageing infrastructure is of major concern for different industrial sectors across Europe. Fatigue cr...
This master thesis deals primarily with the prediction of fatigue life of welded ribbed shaft. Recom...
Ageing infrastructure has been a significant concern for different industrial sectors across Europe....
In modern civil buildings, as well as in mechanical and naval constructions, welding is a widely dif...
Problems of fatigue life prediction of materials and structures are discussed in the paper. Service ...
WOSInternational audienceShip structures are submitted to variable cyclic loading during navigation....
To improve the usage of material in fatigue loaded complex welded structures a better calculation me...
AbstractIt was shown that estimation of fatigue lives of welded joints can be successfully carried o...
Investigations of cumulative damage were carried out on two types of welded joints (butt welds and t...
Fatigue design of welded structures has always been important for construction equipment manufacture...
AbstractThe risk of fatigue damage concerns structural components, structural knots and even whole s...
AbstractThis paper presents a mechanism based approach for lifetime prediction of welded joints, sub...
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...
Lifetime assessment of dynamically loaded structures is essential towards decision support for quant...
Ageing infrastructure is of major concern for different industrial sectors across Europe. Fatigue cr...
This master thesis deals primarily with the prediction of fatigue life of welded ribbed shaft. Recom...
Ageing infrastructure has been a significant concern for different industrial sectors across Europe....
In modern civil buildings, as well as in mechanical and naval constructions, welding is a widely dif...
Problems of fatigue life prediction of materials and structures are discussed in the paper. Service ...
WOSInternational audienceShip structures are submitted to variable cyclic loading during navigation....
To improve the usage of material in fatigue loaded complex welded structures a better calculation me...
AbstractIt was shown that estimation of fatigue lives of welded joints can be successfully carried o...
Investigations of cumulative damage were carried out on two types of welded joints (butt welds and t...
Fatigue design of welded structures has always been important for construction equipment manufacture...
AbstractThe risk of fatigue damage concerns structural components, structural knots and even whole s...
AbstractThis paper presents a mechanism based approach for lifetime prediction of welded joints, sub...
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