A Study on the Effect of Initial Shear Stress on Dynamic Properties of Saturated Clay
Jian Feng Qi, Ying Yuan, Zht Wang
Abstract
Jian Feng Qi, Ying Yuan, Zht Wang
Abstract
Through a series of tests on saturated remoulded clay, initial shear stress on dynamic shear modulus and damping ratio under the condition of large strain(>10-3) is examined. The test data indicate that initial shear stress effects on stress-strain relation and dynamic modulus and damping ratio are obvious. With the initial shear stress increasing, the characteristic of the stress-strain relation changes from cyclic deformation to accumulative deformation, and there is difference in variation pattern of dynamic shear modulus and damping ratio with cyclic number increasing.
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Through a series of tests on saturated remoulded clay, initial shear stress on dynamic shear modulus and damping ratio under the condition of large strain(>10-3) is examined. The test data indicate that initial shear stress effects on stress-strain relation and dynamic modulus and damping ratio are obvious. With the initial shear stress increasing, the characteristic of the stress-strain relation changes from cyclic deformation to accumulative deformation, and there is difference in variation pattern of dynamic shear modulus and damping ratio with cyclic number increasing.
Key concepts: Shear modulus, Materials science, Shear stress, Damping ratio, Shear (geology), Dynamic modulus, Composite material, Simple shear