SOLUTIONS GEOTECHNICAL GEOTECHNICAL SOLUTIONS FOR PRACTICAL DESIGN SoilWorks a new Paradigm for integrated Geotechnical Solutions PRACTICAL

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About SoilWorks Geotechnical Solutions For Practical Design Ground Slope SoftGround Foundation Seepage Dynamic * SoilWorks Geotechnical analysis software programs available today generally handle specific types of geotechnical p . problems with varying degrees of limitations in functionality. SoilWorks is designed to handle any geotechnical problems encountered in the practice of soil / rock mechanics. SoilWorks is designed for structural engineers with a background in geotechnical engineering and geotechnical engineers with a background in finite elements. In the practice of geotechnical design,...

Main Distinct Features SoilWorks uses Smart Functions built into the entire process from modeling to the analysis of results. The program enables structural engineers as well as geotechnical engineers to easily extract high quality results. Modeling CAD based Operating Environment Import & open CAD Files and Copy & Paste selectively Use commands & short-cut keys identical to Create analytical models in simple and convenient ways as Solve real life geotechnical problems immediately with an extremely short learning curve Increase work productivity with modeling time shortened and repetitions eliminated...

Smart Performance Smart functions in Software implemented for ground analysis and design Technical Review analys Technical Review to prevent Check errors pertaining to all the aspects associated with the analytical model - Geometry Check: check the geometric shape such as the width and height of the model - Mesh Check: check the total numbers of nodes & elements, mesh quality report, analysis results due to mesh quality and the - Material Check: check the general range and selected database of ground materials and structural properties - Boundary Check: check the boundary conditions and change...

Application Areas ■ Stability checks for tunnel construction stages - Seepage & flux analysis ■ Tunnel lining analysis ■ Construction stage analysis for temporary structures - Stability checks for adjacent structures - Designing pump capacity during excavation - Ground-pile interface considered ■ Bridge abutment construction stage analysis - Stability check for lateral displacement including piles - Structural displacement & pile reaction checks ■ Slope stability analysis (LEM, SRM & SAM) - Construction stages considered - Dry & rainy seasons and at earthquake - Precipitation intensity considered...

Application Areas Smart Modeling Application Areas Dam (levee) seepage analysis at a full water level (flood line) and at a sudden drop in water level Smart Cut-off wall design Smart Results Surface 1D & 2D consolidation settlements and immediate settlement in sand SoilWorks Accelerated consolidation construction check 7 Smart Functions Preloading height design Calculation of limit embankment height considering the increase in strength Smart Vertical/horizontal stability checks for pile foundations Smart Analysis - Slope stability coupled analysis Mesh Calculation of foundation displacements...

=1 Ground Stress Analysis Finite Element Analysis based Exclusive 2 dimensional Software Modeling Excavation with Temporary Structures Modeling a Bridge Pier Foundation in Construction Stages Modeling a Temporary Cut-off Wall in Construction Stages Modeling a Structure's Foundation in Construction Stages * Design Application Areas ■ Evaluation of effects on adjacent structures during construction • Stability checks for bridge foundations in construction stages • Lateral displacements of bridge abutment piles • Stability checks for temporary structures by construction stages • Stability checks...

Practical Application Cases Construction stage analysis of a temporary structure • Stability check for a temporary structure • Number of construction stages: 9 stages • Strength checks for temporary structure members • Checking displacements of adjacent structures by construction stages • Total time taken for modeling & analysis: 30 min. • Time taken to optimize structural members: 1 hr. Evaluation of effects on adjacent structures due to temporary excavation • Stability checks for adjacent structures due to temporary excavation • Number of construction stages: 9 stages • Displacement checks...

Tunnel Design Software Optimized for Tunnel Design & Check * Design Application Areas Stability checks for tunnel reinforcement methods with variation in support patterns Lining analysis Stability assessment of adjacent structures during construction Stability checks due to seepage force by construction stages Generation of Multiple Analysis Cases through Variable Ko Allowable Displacement & Member Forces of Tunnels Total Output of Results for Ko Parametric Analysis Convenient parametric analysis through change in Ko Lining analysis reflecting non-prismatic tapered sections Construction stage...

Practical Application Cases * Tunnel reinforcement pattern checks • Tunnel construction stage analysis & rock bolt pattern checks • Rock Class III, rock bolt pattern 3 • Number of construction stages: 9 stages • Total time taken for modeling & analysis: 30 min. Evaluation of settlement effects on adjacent structures due to tunnel excavation • Checking settlements of existing structures under which a tunnel is excavated • Distance between the structures and the tunnel crown: 16m • Number of construction stages: 10 stages • Total time taken for modeling & analysis: 30 min. Axial Force Check for...