Add to ORKGThe concepts explored in a state of the art review of those engineering fracture mechanics considered most applicable to the space shuttle vehicle include fracture toughness, precritical flaw growth, failure mechanisms, inspection methods (including proof test logic), and crack growth predictive analysis techniques
Physics-based models are routinely used to predict the performance of engineered systems to make dec...
Work performed by Southwest Research Institute (SwRI) as part of an Independent Technical Assessment...
Potential nondestructive evaluation (NDE) requirements for the space shuttle vehicle during structur...
A systematic approach for applying methods for fracture control in the structural components of spac...
The complex and multidisciplinary factors are presented which relate to the prevention of structural...
Engineering drawings are presented which represent the culmination of research efforts towards a spa...
Fracture mechanics is a rapidly emerging discipline for assessing the residual strength of structure...
This paper describes how the intent of current NASA fracture control requirements may be applied to ...
Development of a procedure for the reliability analysis of the solid rocket motor case of the space ...
This review of NASA contributions to the technology of fracture mechanics illustrates a fundamental ...
Final Paper is attached. This paper discusses how the intent of current NASA fracture control requir...
The application of general design approaches for preventing failures due to repeated load cycles is ...
Technical abstracts for about 90 significant documents relating to fracture toughness testing for va...
With special reference to design of fuel tanks in space vehicles, the principles of fracture mechani...
This experimental program was undertaken to determine the effects of combined cyclic/sustained loads...
Physics-based models are routinely used to predict the performance of engineered systems to make dec...
Work performed by Southwest Research Institute (SwRI) as part of an Independent Technical Assessment...
Potential nondestructive evaluation (NDE) requirements for the space shuttle vehicle during structur...
A systematic approach for applying methods for fracture control in the structural components of spac...
The complex and multidisciplinary factors are presented which relate to the prevention of structural...
Engineering drawings are presented which represent the culmination of research efforts towards a spa...
Fracture mechanics is a rapidly emerging discipline for assessing the residual strength of structure...
This paper describes how the intent of current NASA fracture control requirements may be applied to ...
Development of a procedure for the reliability analysis of the solid rocket motor case of the space ...
This review of NASA contributions to the technology of fracture mechanics illustrates a fundamental ...
Final Paper is attached. This paper discusses how the intent of current NASA fracture control requir...
The application of general design approaches for preventing failures due to repeated load cycles is ...
Technical abstracts for about 90 significant documents relating to fracture toughness testing for va...
With special reference to design of fuel tanks in space vehicles, the principles of fracture mechani...
This experimental program was undertaken to determine the effects of combined cyclic/sustained loads...
Physics-based models are routinely used to predict the performance of engineered systems to make dec...
Work performed by Southwest Research Institute (SwRI) as part of an Independent Technical Assessment...
Potential nondestructive evaluation (NDE) requirements for the space shuttle vehicle during structur...