Use of DeepEX - A Practical Guide | Deep Excavation
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USE OF DEEPEX - A PRACTICAL GUIDE

About

USE OF DEEPEX - A PRACTICAL GUIDE

About

A practical guide to using DeepEX efficiently, from project setup and modeling to analysis, design, and result evaluation.

What You'll Learn

Explore the software interface, key workflows, modeling techniques, analysis methods, and engineering best practices.

How You'll Benefit

Build models faster, avoid common mistakes, improve design quality, and get the most out of DeepEX.

Contents

MANUAL CONTENTS

This manual is created in a book-style format.

All Sections and Subsections are numbered to assist you recognize the context and navigate through the guide sections.

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This section presents some basic information about our software program DeepEX (software features, system requirements, technical support, license activation and transfer procedures and more)

Section 1: Introduction to DeepEX

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This section presents some basic information about the DeepEX interface (toolbars and buttons, design sections and construction stages, unit systems, boring locations and more)

​Section 2: DeepEX Interface Features

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This section presents all the tools and functions to create a 2D excavation model on the model area graphically (define soil properties and stratigraphy, define and use supports, perform excavations and more).

Section 3: Creating a 2D Model

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This section presents information about the several analysis option that can be selected and assigned on a model in DeepEX (analysis methods, design standards, soil pressures, beam analysis methods and more).

Section 4: Define Analysis Options

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This section presents how we can review and evaluate the software results, how to optimize the model manually or with the automatic optimization tools and how to use the report manager to edit and export reports.

Section 5: Result Evaluation - Model Optimization - Reports

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This section presents how to use the DeepEX model wizard and the voice commands to create any deep excavation model in minutes. The model is generated with all construction stages, saving a lot of time and effort.

Section 6: Fast Design - Model Wizard and Voice Commands

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This section presents the standard procedure to create typical models in DeepEX.

Section 7: Typical Models Design Procedure

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This section presents how to perform slope stability analysis and use soil nails in DeepEX.

Section 8: Slope Stability and Soil Nailing

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This section presents the use of the Cost Estimation, Export Drawings to DXF, 3D Frame Analysis, Export Holographic 3D Models and Building Damage Assessment modules of DeepEX.

Section 9: Cost Estimation, DXF Drawings, 3D Frame, Building Damage Assessment

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This section presents how to use the Gravity Retaining Walls and Pile Supported Abutments additional optional modules of DeepEX in order to create and analyze such models.

Section 10: Gravity Walls and Pile Supported Abutments Optional Modules

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This section presents how to use Finite Element Analysis method in DeepEX.

Section 11: DeepFEM - Finite Element Analysis

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New videos, covering several deep excavation design cases and DeepEX capabilities!

Advanced Videos: Examples and Training

Experties

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Our Projects

PROJECTS DESIGNED WITH DEEPX

DeepEX is the ultimate software program for the design and analysis of deep excavation projects. It is trusted by more than 2000 engineers and engineering companies worldwide and more than 10000 projects have been designed using DeepEX!

$2 Billion Hudson Yards, New York

1

Circular wet soil mix shaft, Florida

2

Soldier Pile Wall in Manhattan, NY

3

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