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Publications by [Jeng D-S.]

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In this study, dynamic response of a circular tunnel embedded in a porousmedium and subjected to a moving axisymmetric ring load is investigated. To avoid treating Biot’s dynamic equations directly, two scalar potentials and two vector potentials are introduced ...
Reference: Department of Civil Engineering, Research Report R857
The evaluation of wave-induced seabed response has been recognised as a dominant factor in analyzing the seabed instability in the vicinity of a breakwater. Most previous investigations for wave-induced pore water pressure have been limited to two-dimensions, ...
Reference: Department of Civil Engineering, Research Report R859
In this study, the frequency domain dynamic response of a pile embedded in a porous medium and subjected to SH seismic waves is investigated. The surrounding porous medium of the pile is described by Biot’s theory, while the pile embedded in the porous medium ...
Reference: Department of Civil Engineering, Research Report R858
In the present study, a data dependent approach for the prediction of the wave-induced liquefaction depth in a porous seabed is proposed, based on a multi-artificial neural network (MANN) method. This study demonstrates the capacity of the proposed MANN model ...
Reference: Department of Civil Engineering, Research Report R854
The coupling of sandy beach aquifers with the swash zone in the vicinity of the water table exit point is investigated through simultaneous measurements of the instantaneous shoreline (swash front) location, pore pressures and the water table exit point. The ...
Filed under: Geology -  Hydrogeology
Reference: Department of Civil Engineering, Research Report R863