... of rate-dependent behavior of materials in these methods is nothing to do with the actual ones. Artificial Intelligence Engineering Thickness discontinuity DFEM Upstream Oil & Gas displacement finite element method reservoir simulation modeling stability analysis Contact Element...

... from the springs situated at the bottom of the slopes. Marshes were formed, that are now hydrotechnically drained. Upstream Oil & Gas Thickness characteristic Reservoir Characterization underground structure Romania lining structural geology displacement ground motion technical...

... Reservoir Characterization pyroclastic deposit cohesion stability probability netherlands antilles bunker hill SABA shear box test geomechanical analysis reservoir geomechanics Thickness Island rock mass lava Upstream Oil & Gas calculation slope debris landslide...

... at depths greater than 15 m, the sinkholes usually have larger diameters. INTRODUCTION Sinkholes can take place due to the collapse of voids and cavities in dolomite rock which has been subjected to prolonged dissolution, this occurring when the roof rocks are no longer thick enough to support...

... strength steel requirement shotcrete tunnel lining metals & mining shotcrete lining lining soft lining Thickness ductility excavation construction materials deformation stiffness tunnel relative stiffness soft ground tunnel lining tunnel lining design ABSTRACT...

..., vertical effective stress at the tunnel springline, tunnel face supporting pressure and pore pressure at the tunnel springline, average soil strength above the tunnel, and physical gap parameters involved with the tunnel boring machine, including the effects of thickness of tail piece, clearance...

... locally much bigger blocks will be present. The design considered the main body of the dam to be constructed in horizontal layers of 2 m thickness, which limits the maximum size of the rock boulders in the dam. In the remainder of the section, heading downstream, layers of 4 m maximum thickness were...

.... Among these, Yamamoto et al. (1978) considered two-dimensional progressive waves over an isotropic and homogeneous seabed of infinite thickness. This model has been further extended to a seabed of finite thickness as well as a layered seabed (Jeng, 1997). reservoir geomechanics Thickness...

... requires the knowledge of specimens thickness (i.e., the seepage path). Unfortunately, the available permeability apparatus was not equipped with displacement gauges for measurement of GCL specimens thickness during the tests. Therefore, for tests C-1 and C-2 the specimenÕs thickness was estimated...

... 20-100kN/m2 while the shearing resistance angle ranged between 13°_34° for the samples. Interpretation of geoelectric section showed a weathered layer thickness of 1.30-52.10 metres and resistivities of 18 -1,120 ohm-m. The bedrock made up of granitic mass showed resistivity of 2,340 Ohm-m...

... different static weights and three different eccentricities are used to simulate different vibrating mass and dynamic force level respectively. Two different types of layered systems (soft layer over stiff layer and stiff layer over soft layer) are considered and in each type thickness of top layer...

..., prepared in a laminar box, representing a prototype thickness of 7.6 m. The studied soil consisted of Nevada sand, previously used in the VELACS project and in an extensive series of torsional shear liquefaction tests also conducted at CWRU. These test results reaffirm the great promise of the energy...

..., an empirical method for predicting liquefaction-induced damage to houses was proposed. This method is derived from the relationship between the thickness of the non-liquefied layer (H1) and that of the liquefied layer (H2), which were obtained from the result of the surveys: bore tests, Japanese standard...

... sand and clay layers (Bouckovalas et al. 1999). hydraulic gradient stable water film investigation educational setting silt seam Earthquake upper layer mechanism middle layer Reservoir Characterization Thickness submarine slide lower layer sand layer settlement water film time...

.... platform Offshore Platform Upstream Oil & Gas resistance safety factor diagram axial load relation programme reaction pile foundation design condition black sea continental platform Thickness Offshore Structure pile length lateral load romanian black sea load coefficient PILE...

... in very soft clay are shown. The columns decrease the wall deflection and ground settlement, as well as the bending moments in the wall during the excavation. A parameter study has been performed with varied thickness of the stabilisation area, the side of stabilisation, as well as the quality of LC...

... resistance foundation soil bearing capacity excavation metals & mining vertical strengthening soil mass soft soil area deep excavation vertical strengthened body Thickness jth soil nail stability failure surface horizontal surface Soil Nail wire mesh shotcrete application...

... analytical result soil-cement column lateral displacement Thickness Box Foundation bearing capacity soft ground FEM analysis box foundation method SBF settlement unimproved ground differential settlement foundation method foundation slab foundation STABILIZED BOX FOUNDATION METHOD FOR SOFT...

... management geotechnical contractor borehole Thickness Upstream Oil & Gas site investigation fill material port facility investigation geotechnical design marine deposit deposit construction Golder stability recommendation reclamation settlement laboratory testing contractor...

... of the Laboratory at Crowthorne and backfilled with either London Clay or Bramshill Sand. Pipeline Corrosion riser corrosion Thickness metals & mining Subsurface Corrosion strength materials and corrosion well integrity steel coupon corrosion product strips reduction Transport Research...