Results 201 to 210 of about 117,331 (259)
Utilizing deep belief network optimized by balanced Manta ray foraging optimization algorithm for estimating the shear Wall's shear strength. [PDF]
Liu F, Dong Z, Gorbani B.
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The effect of automated fiber placement process parameters on interlaminar shear strength of uncured prepreg bonded samples. [PDF]
Kheradpisheh M, Yas AH, Hojjati M.
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Predictive Modeling of Shear Strength of Enzyme-Induced Calcium Carbonate Precipitation (EICP)-Solidified Rubber-Clay Mixtures Using Machine Learning Algorithms. [PDF]
Ma Q, Li M, Shu H, Xi L.
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Shear Strength of High-Strength Bolts
Journal of the Structural Division, 1965Double shear tests of single 7/8-in. and 1-in. high-strength bolts are reported. Altogether, ninety-six A325 bolts were tested in A7 steel jigs or in A440 steel jigs. Eighty-four A354BC, A354BD, and A490 bolts were tested in jigs made of A440 or constructional alloy steel.
James J. Wallaert, John W. Fisher
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Shear Strength of Montmorillonite
Géotechnique, 1970Synopsis Artificially sedimented specimens of Wyoming bentonite (Volclay) were used to investigate the effect of physico–chemical variables on the shear strength properties of montmorillonite. Triaxial compression tests were performed on calcium and sodium montmorillonite at various electrolyte concentrations.
G. Mesri, R. E. Olson
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Journal of the Soil Mechanics and Foundations Division, 1970
AN EXPLANATION IS GIVEN FOR THE DEPENDENCE OF THE RESIDUAL ANGLE OF INTERNAL FRICTION OF SOIL ON CLAY CONTENT. ONCE RESIDUAL CONDITIONS ARE ATTAINED, THE SOIL IS SEPARATED BY A FAILURE PLANE INTO TWO RIGID BLOCKS THAT SLIDE OVER ONE ANOTHER. IF C IS THE CLAY FRACTION DEFINED AS THE VOLUME OF CLAY DIVIDED BY THE VOLUME OF SOLIDS, THEN AS A FIRST ...
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AN EXPLANATION IS GIVEN FOR THE DEPENDENCE OF THE RESIDUAL ANGLE OF INTERNAL FRICTION OF SOIL ON CLAY CONTENT. ONCE RESIDUAL CONDITIONS ARE ATTAINED, THE SOIL IS SEPARATED BY A FAILURE PLANE INTO TWO RIGID BLOCKS THAT SLIDE OVER ONE ANOTHER. IF C IS THE CLAY FRACTION DEFINED AS THE VOLUME OF CLAY DIVIDED BY THE VOLUME OF SOLIDS, THEN AS A FIRST ...
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2001
Shear loads in an aircraft fuselage will occur as a result of bending and torsion. Yield values under shear are necessary during the design phase since the material should not deform plastically below the limit load. The Metal Volume Fraction (MVF) method for shear yield strength prediction of Glare laminates was investigated.
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Shear loads in an aircraft fuselage will occur as a result of bending and torsion. Yield values under shear are necessary during the design phase since the material should not deform plastically below the limit load. The Metal Volume Fraction (MVF) method for shear yield strength prediction of Glare laminates was investigated.
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