Abstract: This article presents an overview on poroelastodynamic models and some analytical solutions. A brief summary of Biot’s theory and of other poroelastic dynamic governing equations is given. There ...

Abstract: The load deformation and failure behavior of shallow footings can be described in a macroelement formulation. This paper deals with the study of the failure surface and the definition and validation of plastic load deformation ...

Abstract: This paper numerically examines the bearing capacity, settlement, and failure kinematics of two closely spaced circular footings on reinforced soil. A number of large-scale tests are performed to identify the influence of ...

Abstract: The response due to a dynamic loading of a poroviscoelastic one-dimensional column is treated analytically. Biot’s theory of poroelasticity is generalized to poroviscoelasticity using the ...

Abstract: wing to the larger thermal expansion coefficient at higher temperatures, more buoyancy is put into the ocean by heating than is removed by cooling at low temperatures. The authors show that, even with globally balanced ...

Abstract: This paper presents a simple approach to adjust microwave brightness temperature distributions obtained from slant-path measurements for projection effects. Horizontal displacement in the direction of sight is caused by ...

Abstract: This paper proposes an innovative concept of adaptive constitutive soil modeling to optimize the complexity of the numerical simulation of shield tunneling. This concept involves the use of an adequate constitutive model ...

Abstract: AbstractThis study presents a comprehensive framework for modeling a thrombus growth as a strongly coupled multiphasic porous medium in the context of Type B aortic dissection. Using the theory of porous media, the thrombus ...