... display homogeneous cement stone with dewatering canals, which are filled with the solid particles floated in grouting materials. Upstream Oil & Gas continuity Injection progress extension flow in porous media consolidation variation coefficient Artificial Intelligence Value Problem...

..... Because the leavings of weathered soilcrete are able to be returned to the surround nature without pollutions in short period. cement formulation casing and cementing cement property cement chemistry Artificial Intelligence machine learning construction materials regression model...

... are into two parts i.e backfill and infill soils. rajagopal reinforcement rupture plane vertical pressure Artificial Intelligence Bathurst reinforcement layer assumption stiffness current design procedure stability calculation reinforcement force Design Procedure finite element evaluation...

... therefore attempts to develop methods of evaluating and quantifying the risk of failure of rock beds and slopes in road disaster management. Yen rainfall intensity slope failure contingency planning rock bed vehicle Artificial Intelligence traffic closure History machine learning average...

...). prevention work investigation surface thermometry landslide mass landslide Artificial Intelligence variation Takeuchi isothermal contour line ground water information Iran annual variation Akha landslide ground condition one-meter depth temperature sensor landslide area 2000. CRC Press...

... measurement Redana well resistance reservoir geomechanics smear effect soft clay foundation stabilised settlement vertical drain Artificial Intelligence embankment smear zone Indraratna permeability PREDICTED AND OBSERVED BEHAVIOUR OF SOFT CLAY FOUNDATIONS STABILISED WITH VERTICAL DRAINS...

... factor of safety in 2-D problems. Upstream Oil & Gas minimum factor strength parameter yamagami janbu method Artificial Intelligence stability analysis search procedure strength envelope nonlinear strength envelope criterion critical slip surface safety factor Jiang dynamic...

... parameters and then to estimate the safety factors by using slope design charts for circular failure surface or other calculation methods (Hoek and Bray, 1974). Reservoir Characterization Artificial Intelligence RMR classification system reservoir geomechanics Upstream Oil & Gas machine...

... Thickness optimization genetic algorithm settlement Artificial Intelligence input parameter Design Example central part ABSTRACT: In this paper, a new approach using genetic-based evolution algorithm without gradient requirement is proposed for the optimum design of piled raft foundations...

... and it is this artificial intelligence that is used for problem solving. It is called a system rather than a program because it contains both a problem solving component, the inference mechanism, and a support component. The support component enables, for example, the user to interface with the main program and for output...

... models. The necessity to quantify risk has been understood by geotechnical engineers for many years. Considering risk, requires quantification of the probability for an event to occur. Monte-Carlo type models have been used for decades to estimate these probabilities. Artificial Intelligence...

... occur. Upstream Oil & Gas roughness profile evaluation dip direction Artificial Intelligence stereonet analysis new approach joint profile image analyser borehole wall image scanned orientation joint surface real measurement Processing technique JRC value borehole wall image...

... because water seepage under dams causes energy loss and erosion of the damcore. production control reservoir simulation Discharge Reservoir Characterization Artificial Intelligence cement particle inlet porosity filter coefficient Reservoir Surveillance mass conservation law particle...

... and the extent of the damage. Upstream Oil & Gas th anchor soil block Anchor settlement ground surface horizontal deflection deflection deep excavation ground anchor back analysis construction stage excavation horizontal deformation Artificial Intelligence nearby structure shear...

... in the modeling of the physical process. relation probability theory discontinuity zadeh Engineering geotechnical engineering water pressure Artificial Intelligence rock bearing strength modeling information application excessive settlement fuzzy logic clay layer fuzzy characterization model...

... the JRC Tse & Cruden (1979) converted Barton's table into equations. Wellbore Design strength joint surface Upstream Oil & Gas displacement normal stress discontinuity morphology Reservoir Characterization minimum dip angle Barton rock joint dip angle Artificial Intelligence...

... Upstream Oil & Gas Artificial Intelligence surface water compressibility pressure change excess pore water pressure slope stability Fluid Dynamics calculation water pressure incompressible fluid reaction pore water pressure stability loading stress path flow in porous media...

... ground model Artificial Intelligence settlement reference value pressuremeter test parameter 1 backanalysis contour excavation tunnel equation MODEL PARAMETERS - HOW TO AVOID THEM Harry R. Asche1, Robert A. Day2 and John Doherty3 ABSTRACT The use of numerical models requires determination...

... Upstream Oil & Gas mathematical model exp experimental result Artificial Intelligence composite profile rough profile asperity Fourier series model material closure behavior deformation joint profile relative closure MODELLING THE ELASTIC CLOSURE OF IRREGULAR JOINT PROFILES Z.Y. Yang 1...

... space metals & mining orientation disintegration zone machine learning explosive breakage geophysical observation interpretation destruction stress field mining work Artificial Intelligence Reorganization peri-contour part synergetic process deposit 2000. CRC Press. Permission...