... of a detailed design were to be planned in order to arrange and develop the land on an area of about 31 hectares. precipitation hydrogeological study farm estate groundwater regime real estate fluctuation sea level groundwater table banking & finance groundwater level old villa...

.... In Indonesia, for example, during the last eight years, there have been about 537 lives lost due to slope failures. strength Slope Model slope failure rainfallinduced slope failure experiment 1 groundwater level experiment soil slope rainfall-induced slope failure infiltration moisture content...

... geochemical characterization coastal area shallow well medium well deep aquifer tendency water management groundwater level Saga area shallow aquifer groundwater behavior Ariake Sea saltwater intrusion fluctuation concentration groundwater aquifer Shiroyishi area saga plain...

... & Gas lower slope simulation result slope failure slope hydrodynamic simulation seepage groundwater level hydrodynamic condition Indonesia boundary landslide middle slope ASSESSMENT ON MECHANISM OF RAIN-INDUCED LANDSLIDE BY SLOPE HYDRODYNAMIC SIMULATION Dwikorita Karnawati1 ABSTRACT: Field...

... review, a general hypothetic model was established for the development of the terrace rim slopes. The failure mechanisms of the terrace slopes were analyzed and correlated with control factors such as slope height, slope angle, wet zone thickness, groundwater level, and talus deposit height. The results...

.... As an alternative construction method and foundation type to suit the site conditions, barrette construction that utilizes relatively less equipment and induces less vibration than conventional bored pile construction was adopted. lateritic soil groundwater level reinforcement cage installation trench...

... the groundwater level and cross the Tiergarten Park and the Landwehrchannel. The tunnel control survey has been performed using the DMT-gyrotheodolite GYROMAT 2000 for a precise breakthrough (tolerance ± 4 cm for a shield of 9 m diameter). Figure 5. Longitudinal section of the closed pit excavation. Visible...

... for the occurrence of debris flows in addition to slope failures. CHANGES OF GROUNDWATER DEPTH AND DISCHARGE RATE IN RAVINES To quantify this hydrogeological model of the cliff, the change of groundwater level in a bore hole dug from the top has been monitored in addition to the monitoring of discharge rate...

... site 1 critical state shear strength parameter landslide Upstream Oil & Gas cumulative rainfall strength parameter Subsurface movement sediment normanville-yankalilla region groundwater level piezometric level Shear Strength Parameter safety Engineering slip surface glacial...

... INTRODUCTION A major dilemma in any slope stability exercise is to decide what the design water level should be and recent assessments of failures of new ‘engineered slopes’ has indicated that incorrect modelling of groundwater levels was a critical contributing factor in 70% of reported...

... rail transportation Reservoir Characterization structural geology tunnel envelope ground condition strength subsurface condition mountain Upstream Oil & Gas groundwater level sandstone ground transportation Piezometer hydraulic conductivity Los Angeles alignment excavation...

... permeability was extremely high in its original state. contact surface leakage path grout curtain additional curtain reservoir filling mud flow andesite lava volcanic mud flow Upstream Oil & Gas gallery leakage filling groundwater level foundation investigation reservoir level grout...