... soil permeability on the wave-induced pore pressure and effective stresses. INTRODUCTION In the past a few decades, considerable efforts have been devoted to the phenomenon of the wave-soil interactions. One of the major reason is that the evaluation of the wave-induced soil response and its...

... of wave obliquity on the wave-induced pore pressures and the resultant seabed liquefaction around the pipeline, which cannot be observed in 2-D numerical simulation. INTRODUCTION Nowadays, many offshore structures have been commonly constructed over the last few decades due to the growing engineering...

... simulation. For the earthquake loading, Chen et al . (2018) has developed the analytical solution for layered porous seabed under vertical seismic motion. loading pressure response laboratory experiment reservoir characterization equation pore pressure meshfree method dynamic response...

... submerged breakwater soil model artificial intelligence effective normal stress interaction liquefaction potential liquefaction submerged permeable breakwater pore pressure shear stress breakwater numerical model upstream oil & gas bragg effect reservoir characterization liquefaction...

... pressure. When the pore pressure extreme growth, the effective stress will decrease, which will lead to instability of the soil as the consequence of the horizontal or vertical movement of the soil particles, resulting in instability of the soil (Sumer, 2014). Therefore, determining pore-water pressures...

... pipelines may be exposed due to wave-induced liquefaction of underlying seabed soil layers. Generally, the fluctuating pressures acting upon the seabed due to progressive motion of ocean waves will further induce excess pore pressure and reduce the effective stress within seabed soil. When the excess pore...

... distribution pattern of pore pressure by changing the wave shapes. Introduction Wave-induced porous seabed response plays an important role in the mechanism of seabed instability around marine structures. Distribution of pore pressure in the seabed is mostly concerned as it may cause destruction of surface...

... and residual mechanisms of the pore pressure inside the soil. A parametric study is conducted to examine the characteristics of the poro-elastoplastic model here. It shows that the development of the two-dimensional liquefaction zone can be illustrated by the present model. Besides, results show that opposite...

... the influence of clay content (CC) on wave-induced liquefaction. It has been confirmed that the deposit will become prone to liquefaction with the increase of CC, while when CC up to 30%, the mixture sand-clay deposit will almost never liquefied. maximum amplitude wave height pore pressure wave...

... Abstract The evaluation of wave-induced excess pore pressure in the vicinity of marine structures is one of the key factors for coastal engineers involved in the design of foundation for the structures. Unlike previous models, the effect of outer shape of sloping seabed and breakwater...

... Abstract The wave-induced pore pressure is a key factor in the prediction of the wave-induced liquefaction potential, which has been reported in the literature in conjunction with marine engineering (Sumer and Fredsøe, 2002). Most previous investigations for the wave-induced soil response have...

... Abstract A finite element model for the pore pressure responses under the action of combined waves and current is proposed and verified with the existing experimental data. In this numerical model, both transient and residual pore pressure responses are simulated simultaneously. The numerical...

... ABSTRACT: When tides flow over the ocean floor, they exert dynamic pressure on the porous seabed, and consequently result in oscillatory pore pressure and seepage in the seabed. Stability of the large-diameter pipelines under construction immersed in the seabed may be influenced by the excess...

... variable shear modulus lizhong wang civil engineering effective stress coefficient jeng engineering upstream oil & gas wave-induced response wave-induced pore pressure displacement variable shear modulus dongzi pan college transient response pore pressure harmonic response Wave...

... from wave theory. test case reservoir simulation fluid dynamics excessive pore pressure solver pore pressure numerical model engineering reservoir characterization equation upstream oil & gas numerical scheme boundary condition consolidation equation displacement biot...

... the wave-induced pore pressure and stresses in marine sediment. The new boundary value problem was solved by the Legendre pseudo-spectral method numerically. Based on the new model, we investigate the effects of soil permeability, seabed bottom function on the pore pressures and vertical effective normal...