Too often, the amount of time available to learn a new piece of software does not compare favorably with the time available before results are required. Learning a new software product can be both interesting and challenging. Two dimensional transport in a saturated, unconfined aquifer. Single reservoir diffusion test – back analysis. Lesson 1 – one dimensional transport through a saturated column. 363ĭefining the advection-dispersion problem. 352ĭefining the particle tracking problem. Lesson 2 – transient artificial ground freezing. Steady-state hot oil tank on insulated ground. Lesson 2 – slope stability analysis with QUAKE/W computed dynamic stresses. Lesson 1 - dynamic response of a soil column. Viewing the results of the insitu static analysis. Lesson 8 – two-dimensional consolidation. Lesson 6 – slope stability analysis with SIGMA/W computed stresses. Lesson 5 – excavation with a horizontal strut. Lesson 4 – excess pore pressure due to embankment loading. Lesson 3 – stress conditions in a 45-degree slope 195 Lesson 2 - pressure distribution under a strip footing. Lesson 1- pressure distribution under a circular footing. SEEP/W generated pore-water pressures in a SLOPE/W analysis. Lesson 6 - infiltration into unsaturated soils. Lesson 5 - dam cores: a sensitivity study for hydraulic conductivity. Lesson 4 - seepage through a homogeneous dam 133 Lesson 3 - saturated flow through an anisotropic system. Lesson 2 - saturated flow through a heterogeneous system. Lesson 1 - saturated flow around a cutoff. 75 2.2.13 Lesson 13 - dynamic slope stability analysis using QUAKE/W. 73 2.2.12 Lesson 12 – SEEP/W generated pore-water pressures in a SLOPE/W analysis. 72 2.2.11 Lesson 11 – slope stability analysis with SIGMA/W computed stresses. 70Ģ.2.10 Lesson 10 – normal stress distributions along a slip surface. Lesson 8 – the Generalized Limit Equilibrium method. Lesson 5 – finding the critical slip surface. SLOPE/W Tutorial and Student Edition Lessons. Overview of the GeoStudio Tutorials Book. GEO-SLOPE International Ltd 1400, 633 – 6th Ave SW Calgary, Alberta, Canada T2P 2Y5 E-mail: Web: No part of this work may be reproduced or transmitted in any form or by any means, electronic or mechanical, including photocopying, recording, or by any information storage or retrieval system, without the prior written permission of GEO-SLOPE International, Ltd. Remove body to simulate excavations or simplify modelīUILD3D Lite is provided with SEEP3D at no cost.Copyright © 2004 by GEO-SLOPE International, Ltd. Sweep a 2D section along an arbitrary pathīoundary condition defintion at locations on 3D surfacesĬreate 2D analyses by taking sections through 3D modelĬreate 3D surfaces and polylines directly from sketches topography)Įxtrude a 2D section into 3D with specified slice positions Features FeatureĬreate irregular surfaces (e.g.
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The BUILD3D license also unlocks the ability to import and export STEP/STL files for use with CAD programs. When added to a SEEP3D license, BUILD3D offers a suite of intuitive sketch tools and powerful Boolean operations beyond simple extrusion, including sketch, sweep, cut, merge, and imprint. Its powerful, feature-based design allows for quick construction of 3D geotechnical models with complex topography or geology, and sweeping tunnels or rivers. SEEP3D provides limited BUILD3D tools to quickly create simple 3D geometry by extrusion, apply materials and boundary conditions to 3D objects, generate a finite element mesh, and solve and interpret 3D results.īUILD3D is a revolutionary, time-saving tool for constructing 3D analysis-ready geometries. Designed for geotechnical engineers who must understand seepage in levees, earth dams, natural slopes, and excavations, SEEP3D has the same intuitive workflow found in our 2D products. Add SEEP3D to SEEP/W to unlock the power of 3D groundwater flow analysis.
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