Failure analysis of a mobile harbor crane wheel hub demonstrated that the mechanism of failure was fatigue. The wheel hub was a ductile cast iron component that had been subjected to cyclic loading during a ten-year service period. The fracture surface of the fatigue failure also contained corrosion deposit, suggesting that cracking occurred over a period of time sufficient to allow corrosion of the cracked surfaces. Replacement and alignment of the failed wheel hub is recommended along with inspection of the nonfailed wheel hubs that remain on the crane
This article describes the failure analyses of a 30\u201d-diameter cast iron main that failed sudden...
In spite of numerous and expensive researches in the field of fatigue, cracks and failures caused by...
STS cranes (Ship-to-Shore cranes) are designed for a finite fatigue life, but it is often preferred ...
There have been accounts of repeated failure of crane hooks at the coil yard of a Hot Strip Mill whi...
A prematurely fractured main wheel hub of an aircraft was sent to the laboratory for investigation. ...
The catastrophic failure of a crane jib is discussed in the paper. The final failure was determined ...
A number of failures in the main wheel hubs of a specific aircraft were analyzed. Metallography and ...
This report is dealt with the study of different standards available on manufacturing of crane wheel...
AbstractFailure analysis of a shaft used in a bridge crane has been carried out. The shaft fractured...
The paper presents fatigue damage analysis and repair procedure that was carried out after the crack...
The design against fatigue of materials and components in rotary equipments is critical and attracti...
The wheel hub in question has failed by fatigue. Three fatigue cracks were identified and all of the...
A failed nose wheel of an aircraft was forwarded to the laboratory for analysis. Examination reveale...
AbstractFailures of the cranes’ structural parts unavoidably lead to serious damages or total collap...
Crane rail have been playing critical role as foundation for container transportation around the wor...
This article describes the failure analyses of a 30\u201d-diameter cast iron main that failed sudden...
In spite of numerous and expensive researches in the field of fatigue, cracks and failures caused by...
STS cranes (Ship-to-Shore cranes) are designed for a finite fatigue life, but it is often preferred ...
There have been accounts of repeated failure of crane hooks at the coil yard of a Hot Strip Mill whi...
A prematurely fractured main wheel hub of an aircraft was sent to the laboratory for investigation. ...
The catastrophic failure of a crane jib is discussed in the paper. The final failure was determined ...
A number of failures in the main wheel hubs of a specific aircraft were analyzed. Metallography and ...
This report is dealt with the study of different standards available on manufacturing of crane wheel...
AbstractFailure analysis of a shaft used in a bridge crane has been carried out. The shaft fractured...
The paper presents fatigue damage analysis and repair procedure that was carried out after the crack...
The design against fatigue of materials and components in rotary equipments is critical and attracti...
The wheel hub in question has failed by fatigue. Three fatigue cracks were identified and all of the...
A failed nose wheel of an aircraft was forwarded to the laboratory for analysis. Examination reveale...
AbstractFailures of the cranes’ structural parts unavoidably lead to serious damages or total collap...
Crane rail have been playing critical role as foundation for container transportation around the wor...
This article describes the failure analyses of a 30\u201d-diameter cast iron main that failed sudden...
In spite of numerous and expensive researches in the field of fatigue, cracks and failures caused by...
STS cranes (Ship-to-Shore cranes) are designed for a finite fatigue life, but it is often preferred ...