Presented herein is a review of the research programmes and findings on the fatigue performances of tubular joints. The studies, conducted at the Nanyang Technological University, embraced a number of welded tubular joints types that have been used in both onshore and offshore structures. Research efforts also focussed on the development of research methodologies, new modelling and assessment tools that are applicable to different types of commonly used tubular joints. Based on the key results obtained from the studies, those parameters that critically affect the fatigue performance of tubular joints are identified. In addition, some potential areas for further extensions of the presented works are suggested.Accepted versio
The present work examines the behavior of welded tubular connections made of high-strength steel and...
The cyclic actions due to waves, currents and winds on offshore platforms frequently cause fatigue c...
SIGLEAvailable from British Library Document Supply Centre-DSC:DXN024140 / BLDSC - British Library D...
Some of the structural systems used in the agricultural, road and mining industries are subjected to...
Circular hollow sections are frequently used in structures subjected to fatigue loading such as brid...
Tubular joints are intensively used in off-shore structures for shallow waters. Depending on the sea...
WOSInternational audienceThe tubular joints, frequently employed in the offshore industry, are submi...
Fatigue design in offshore structures is based on S-N curves derived from tests on tubular joints wh...
Different methods have been adopted by different standards or codes for the fatigue design of differ...
Offshore structures are fabricated from tubes or circular hollow sections. Tubular joints which are ...
Fatigue crack growth calculations were performed on offshore tubular joints using the Paris crack gr...
Recent deepwater offshore structures in the Gulf of Mexico utilize butt welded tubular joints. Appli...
In this paper, results of comprehensive finite element (FE) analyses carried out on 81 generated mod...
The high levels of wind and wave loads on offshore structures make fatigue analysis a significant pa...
This paper clarifies the terminologies used to describe the size effect on fatigue behaviour of weld...
The present work examines the behavior of welded tubular connections made of high-strength steel and...
The cyclic actions due to waves, currents and winds on offshore platforms frequently cause fatigue c...
SIGLEAvailable from British Library Document Supply Centre-DSC:DXN024140 / BLDSC - British Library D...
Some of the structural systems used in the agricultural, road and mining industries are subjected to...
Circular hollow sections are frequently used in structures subjected to fatigue loading such as brid...
Tubular joints are intensively used in off-shore structures for shallow waters. Depending on the sea...
WOSInternational audienceThe tubular joints, frequently employed in the offshore industry, are submi...
Fatigue design in offshore structures is based on S-N curves derived from tests on tubular joints wh...
Different methods have been adopted by different standards or codes for the fatigue design of differ...
Offshore structures are fabricated from tubes or circular hollow sections. Tubular joints which are ...
Fatigue crack growth calculations were performed on offshore tubular joints using the Paris crack gr...
Recent deepwater offshore structures in the Gulf of Mexico utilize butt welded tubular joints. Appli...
In this paper, results of comprehensive finite element (FE) analyses carried out on 81 generated mod...
The high levels of wind and wave loads on offshore structures make fatigue analysis a significant pa...
This paper clarifies the terminologies used to describe the size effect on fatigue behaviour of weld...
The present work examines the behavior of welded tubular connections made of high-strength steel and...
The cyclic actions due to waves, currents and winds on offshore platforms frequently cause fatigue c...
SIGLEAvailable from British Library Document Supply Centre-DSC:DXN024140 / BLDSC - British Library D...