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Stress-strain behavior of concentric composite cylinders
Analytical model was developed for elastic-ideally plastic behavior of concentric cylindrical composites under uniaxial tension; model predicted creation of transverse stresses in composite during axial loading; existence of these stresses was experimentally verified in 4140 steel core-18% Ni maraging steel case composite system by examining effects of transverse stresses on composite axial stress-strain curve and composite tangential surface strain ratio curve. (08218)
Stress-strain behavior of concentric composite cylinders
Analytical model was developed for elastic-ideally plastic behavior of concentric cylindrical composites under uniaxial tension; model predicted creation of transverse stresses in composite during axial loading; existence of these stresses was experimentally verified in 4140 steel core-18% Ni maraging steel case composite system by examining effects of transverse stresses on composite axial stress-strain curve and composite tangential surface strain ratio curve. (08218)
Stress-strain behavior of concentric composite cylinders
J Compos Mater
Ebert, L.J. (author) / Hecker, S.S. (author) / Hamilton, C.H. (author)
1968
19 pages
Article (Journal)
English
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