... oscillatory mechanism accumulation numerical analysis engineering residual mechanism shear stress maximum liquefaction depth residual soil response oscillatory pore pressure ABSTRACT The evaluation of the wave-induced residual pore pressure in a porous seabed is vital for the prediction...

... upstream oil & gas maximum liquefaction depth midstream oil & gas offshore pipeline pore pressure single pipeline jeng amplitude fluid dynamics pipeline seabed response tandem pipeline pore-water pressure variation reservoir characterization single pipe boundary condition loading...

... engineering. In this study, a Genetic Algorithm-based approach is proposed to find optimal weights for the ANN model. It reduces the training time, and improves the forecasting accuracy for wave-induced maximum liquefaction depth, compared to using the normal ANN training procedure. Simulation results...