Add to ORKGThis report presents a summary of investigations into the fatigue response of butt welded plates. It was found that crack growth rates in as-welded material may be lower than in as-received specimens
Bureau of Ships, U.S. Navy.Contract NObs 88058Project Serial No. SR-007-01-01, Task 85
An evaluation of the axial fatigue behavior of transverse buttwelded joints in HY-100 steel is prese...
International audienceTo analyze the influence of welding on fatigue crack growth, several geometric...
Full penetration, double-vee butt welds with reinforcement removed have been fabricated using a high...
AbstractThe research shows the study of the mechanisms of emergence and propagation of fatigue crack...
Cover title.Prepared as part of an investigation conducted by the Engineering Experiment Station, Un...
The problem of fatigue crack growth acceleration was investigated in crack propagation studies and e...
AbstractThis work is on the interaction of residual stresses and fatigue cracks in welded steel plat...
The paper informs about the research devoted to load–carrying capacity, fatigue strength and life–ti...
Welding, as one of the most effective joining methods for metals, has been extensively applied in en...
Large portions of infrastructure buildings, for example highway- and railway bridges, are steel cons...
A literature study of high strength steels, fatigue and fatigue assessment of welds has beenconducte...
Ohio River Division LaboratoriesCorps of Engineers, U.S. Army.Contract No. DA-33-eng-25
This investigation was undertaken to study the propagation of brittle fractures in wide steel plate...
T-butt welded joints are found in many structural steel applications including buildings, bridges an...
Bureau of Ships, U.S. Navy.Contract NObs 88058Project Serial No. SR-007-01-01, Task 85
An evaluation of the axial fatigue behavior of transverse buttwelded joints in HY-100 steel is prese...
International audienceTo analyze the influence of welding on fatigue crack growth, several geometric...
Full penetration, double-vee butt welds with reinforcement removed have been fabricated using a high...
AbstractThe research shows the study of the mechanisms of emergence and propagation of fatigue crack...
Cover title.Prepared as part of an investigation conducted by the Engineering Experiment Station, Un...
The problem of fatigue crack growth acceleration was investigated in crack propagation studies and e...
AbstractThis work is on the interaction of residual stresses and fatigue cracks in welded steel plat...
The paper informs about the research devoted to load–carrying capacity, fatigue strength and life–ti...
Welding, as one of the most effective joining methods for metals, has been extensively applied in en...
Large portions of infrastructure buildings, for example highway- and railway bridges, are steel cons...
A literature study of high strength steels, fatigue and fatigue assessment of welds has beenconducte...
Ohio River Division LaboratoriesCorps of Engineers, U.S. Army.Contract No. DA-33-eng-25
This investigation was undertaken to study the propagation of brittle fractures in wide steel plate...
T-butt welded joints are found in many structural steel applications including buildings, bridges an...
Bureau of Ships, U.S. Navy.Contract NObs 88058Project Serial No. SR-007-01-01, Task 85
An evaluation of the axial fatigue behavior of transverse buttwelded joints in HY-100 steel is prese...
International audienceTo analyze the influence of welding on fatigue crack growth, several geometric...