Add to ORKGThe stress intensity factors have been shown to control the rate of propagation of a crack when material is subjected to cyclic loading. This experimental study was undertaken to verify the existence of a critical stress intensity factor in bending which controls crack extension
Thesis (M.S.)--Massachusetts Institute of Technology, Dept. of Aeronautics and Astronautics, 1992.In...
The pioneer A. A. Griffith (1921), led by Inglis\u27 idea (1913) of stress distribution around an el...
A technique is described for calculating the stress intensity factors in a strip under bending by tr...
The publications on fracture of metals emphasize the importance of avoiding so far as possible al...
The motivation for this work was 1) to generate and observe extremely slow average crack growth rate...
A testing machine has been built for the cyclic bending of thin cantilevered plates for crack propag...
The plane problem of two joined dissimilar materials containing a crack along their common interface...
This report summarizes the results of an exploratory experimental investigation into the possibility...
Various through and part-through crack problems in plates and shells are considered. The line-spring...
This thesis presents a comprehensive illustrated review of published literature on the effect of str...
Room-temperature static and cyclic tests were made on 21 aluminum plates in the shape of a 91.4x91.4...
A study of the problem of intergranular heat-affected zone cracking of stress relieved pressure vess...
A dynamic approximate laminated plate theory is developed with emphasis placed on obtaining effectiv...
In recent years, the design of notched members has been a challenge to structural, mechanical and ae...
During the period of crack initiation, extremely small microcracks form. The fatigue life of any st...
Thesis (M.S.)--Massachusetts Institute of Technology, Dept. of Aeronautics and Astronautics, 1992.In...
The pioneer A. A. Griffith (1921), led by Inglis\u27 idea (1913) of stress distribution around an el...
A technique is described for calculating the stress intensity factors in a strip under bending by tr...
The publications on fracture of metals emphasize the importance of avoiding so far as possible al...
The motivation for this work was 1) to generate and observe extremely slow average crack growth rate...
A testing machine has been built for the cyclic bending of thin cantilevered plates for crack propag...
The plane problem of two joined dissimilar materials containing a crack along their common interface...
This report summarizes the results of an exploratory experimental investigation into the possibility...
Various through and part-through crack problems in plates and shells are considered. The line-spring...
This thesis presents a comprehensive illustrated review of published literature on the effect of str...
Room-temperature static and cyclic tests were made on 21 aluminum plates in the shape of a 91.4x91.4...
A study of the problem of intergranular heat-affected zone cracking of stress relieved pressure vess...
A dynamic approximate laminated plate theory is developed with emphasis placed on obtaining effectiv...
In recent years, the design of notched members has been a challenge to structural, mechanical and ae...
During the period of crack initiation, extremely small microcracks form. The fatigue life of any st...
Thesis (M.S.)--Massachusetts Institute of Technology, Dept. of Aeronautics and Astronautics, 1992.In...
The pioneer A. A. Griffith (1921), led by Inglis\u27 idea (1913) of stress distribution around an el...
A technique is described for calculating the stress intensity factors in a strip under bending by tr...