Deep Excavation

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Deep Excavation Geotechnical engineering and geotechnical software services Deep Excavation is a leading engineering and software development company.

Our devoted team has developed a wide range of geotechnical engineering software programs, which are used by many engineers and contractors in different countries. All our software programs and tools have international recognition and appreciated by many skilled professionals throughout the world.

10/20/2026

Vous concevez encore des excavations complexes en 2D ? Vous passez peut-être à côté du comportement réel de vos ouvrages.

La plupart des conceptions d'excavation commencent en 2D.

Pourtant, les projets réels le sont rarement.

Les angles.
Les géométries irrégulières.
Les configurations de soutènement complexes.

Ceux-ci introduisent des effets 3D que les coupes en 2D ne peuvent tout simplement pas capturer.

Dans cette vidéo, je vous montre comment DeepEX 3D étend la même plateforme DeepEX — il ne s'agit pas d'un logiciel différent.

Vous conservez l'intégralité des fonctionnalités de DeepEX 2D :

✔ Modélisation en 2D
✔ Analyses LEM, non-linéaire et par éléments finis en 2D (MEF)
✔ Capacités de conception de tunnels

Et en plus de cela, vous pouvez :

✔ Modéliser des excavations de n'importe quelle forme en 3D intégrale
✔ Analyser la répartition réelle des charges sur les butons, les tirants d'ancrage et les longerons
✔ Réaliser des vérifications structurelles — y compris pour les assemblages
✔ Évaluer l'impact sur les structures adjacentes (tassements, dommages, risques de fissuration)

De plus :

🔹 Générer des modèles MEF complets en 3D en quelques secondes
🔹 Examiner en détail les contraintes du sol, les déplacements et le comportement global du système

Parce que dans les excavations complexes,
ce que vous ne modélisez pas… est souvent ce qui régit le dimensionnement.

À quel moment décidez-vous de passer de la 2D à la 3D dans vos projets ?

En savoir plus :
https://www.deepexcavation.com/fr/products/deepex-deep-excavation-software

•

10/15/2026

"📄 Completing the analysis is only part of the engineering workflow—communicating the results is just as important.

Whether you're preparing a design report for a client, documenting calculations for a reviewer, or exporting drawings for the design team, clear and professional documentation can save valuable time and improve project collaboration.

In this video, we demonstrate how DeepEX helps engineers generate comprehensive reports and CAD drawings directly from their excavation models.

You'll see how to:
✔ Create fully customized engineering reports
✔ Select the design sections and construction stages to include
✔ Organize calculations, tables, and graphs with drag-and-drop
✔ Export reports to PDF and Microsoft Word
✔ Generate DXF drawings for 2D excavation sections
✔ Export 3D plan views and wall elevation drawings for CAD editing

By combining advanced analysis with flexible reporting and CAD export tools, DeepEX helps engineers move seamlessly from design calculations to professional project documentation.

▶ Watch the video to see how DeepEX streamlines reporting and drawing generation for excavation projects.

"

10/13/2026

Vous passez encore des heures à créer vos modèles d'excavation à partir de zéro ?

Dans la conception d'excavations, la majeure partie du temps n'est pas consacrée à l'analyse

Elle est passée à construire le modèle.

Définir des écrans.
Assigner des sols.
Configurer des supports.
Reconstruir du même système, encore et encore.

Dans cette vidéo, je vous présente comment DeepEX 2D transforme ce flux de travail :

✔ Générez des modèles d'excavation complets en quelques secondes
✔ Utilisez des outils graphiques, des assistants et même des commandes vocales
✔ Analysez avec les méthodes LEM, non-linéaire ou MEF — au sein d'un seul environnement
✔ Modélisez des ouvrages réels : butons, tirants d'ancrage, parois moulées, palplanches et bien plus encore

L'objectif n'est pas seulement de modéliser plus rapidement.

Il s'agit de libérer du temps pour se concentrer sur ce qui compte vraiment :
👉 Évaluer le comportement des ouvrages
👉Comparer les solutions
👉 Prendre de meilleures décisions d'ingénierie Prendre de meilleures décisions d'ingénierie

Parce qu'un logiciel d'ingénierie doit réduire l'effort — et non l'alourdir.

Où passez-vous la majeure partie de votre temps aujourd'hui : à modéliser ou à évaluer ?

En savoir plus :
https://www.deepexcavation.com/fr/products/deepex-deep-excavation-software


Elle est passée à construire le modèle.

Définir des écrans.
Assigner des sols.
Configurer des supports.
Reconstruir du même système, encore et encore.

Dans cette vidéo, je vous présente comment DeepEX 2D transforme ce flux de travail :

✔ Générez des modèles d'excavation complets en quelques secondes
✔ Utilisez des outils graphiques, des assistants et même des commandes vocales
✔ Analysez avec les méthodes LEM, non-linéaire ou MEF — au sein d'un seul environnement
✔ Modélisez des ouvrages réels : butons, tirants d'ancrage, parois moulées, palplanches et bien plus encore

L'objectif n'est pas seulement de modéliser plus rapidement.

Il s'agit de libérer du temps pour se concentrer sur ce qui compte vraiment :
👉 Évaluer le comportement des ouvrages
👉Comparer les solutions
👉 Prendre de meilleures décisions d'ingénierie Prendre de meilleures décisions d'ingénierie

Parce qu'un logiciel d'ingénierie doit réduire l'effort — et non l'alourdir.

Où passez-vous la majeure partie de votre temps aujourd'hui : à modéliser ou à évaluer ?

En savoir plus :
https://www.deepexcavation.com/fr/products/deepex-deep-excavation-software

"🚇 How do you balance tunnel performance, excavation safety, and project costs in dense urban environments?As tunnel and...
10/09/2026

"🚇 How do you balance tunnel performance, excavation safety, and project costs in dense urban environments?

As tunnel and metro projects become more complex, engineers need tools that help them see the bigger picture — from planning-level decisions to detailed design and risk assessment.

That's why we're excited to attend AFTES 2026 in Lille, France!

Visit us at Booth A-9 and meet our team to discuss:
✔ Planning and optimizing entire subway systems
✔ Tunnel design and analysis (TBM, NATM, Cut-and-Cover)
✔ Metro station excavation design
✔ Ground movement and building impact assessment
✔ 2D and 3D geotechnical modeling workflows

Whether you're working on transportation tunnels, urban excavations, or large infrastructure projects, we'd love to exchange ideas and discuss current engineering challenges.

📍 Lille Grand Palais, France
📅 October 12–14, 2026
📌 Booth A-9

Will you be attending AFTES 2026? Let us know in the comments — we'd be glad to connect.

"

10/08/2026

"🌐 Building a 3D finite element excavation model doesn't have to be a lengthy process.

Traditionally, creating a detailed 3D FEM model requires significant time to define the geometry, mesh, construction stages, support systems, and loading conditions. DeepEX simplifies this workflow by automatically generating a complete 3D finite element model from an existing 3D frame model in just a few clicks.

In this video, we demonstrate how DeepEX streamlines the entire 3D FEM workflow—from model generation to visualization of detailed analysis results.

You'll see how to:
✔ Automatically generate a 3D finite element model from a 3D frame model
✔ Configure analysis settings and mesh density
✔ Apply three-dimensional surcharge loads
✔ Analyze complex staged excavations with multiple support levels
✔ Visualize soil displacements, settlements, and stress contours
✔ Review wall moments, stresses, support reactions, and structural results
✔ Compare detailed results for every construction stage

By combining automatic model generation with advanced finite element analysis, DeepEX helps engineers reduce modeling time while gaining deeper insight into the behavior of complex excavation support systems.

▶ Watch the video to see how DeepEX makes 3D excavation analysis faster, more practical, and more efficient.

"

10/01/2026

"🌐 Why recreate your excavation model in 3D when your optimized 2D design already contains the information you need?

DeepEX bridges the gap between 2D geotechnical analysis and 3D structural modeling by automatically generating a complete 3D frame model from an optimized 2D excavation section. The result is a faster, more efficient workflow for designing and verifying complex braced excavations.

In this video, we demonstrate how DeepEX simplifies the creation and analysis of three-dimensional excavation models.

You'll see how to:
✔ Generate a complete 3D frame model from an existing 2D excavation
✔ Create rectangular and non-rectangular excavation layouts
✔ Add and modify walls, walers, and support systems
✔ Transfer earth and water pressures from the 2D analysis to the 3D structural model
✔ Review support forces, structural utilization ratios, and connection checks
✔ Estimate project costs directly within the 3D model
✔ Import site maps and DXF files to add buildings, roads, and existing ground elevations

By combining optimized 2D excavation analysis with detailed 3D structural modeling, DeepEX helps engineers design, analyze, and visualize complex excavation support systems within a single integrated workflow.

▶ Watch the video to see how DeepEX streamlines the transition from 2D design to 3D structural analysis.

"

09/24/2026

"🏗️ Deep foundation design is rarely about checking just one pile or one loading condition. It’s about understanding the complete foundation system.

Different pile types, complex soil profiles, compression and uplift, lateral response, settlement, structural capacity, pile interaction, and soil–structure interaction can quickly turn foundation design into a fragmented workflow.

DeepFND brings these challenges together in one engineering environment. From individual helical piles, driven piles, and drilled shafts to pile groups, reinforced concrete pile caps, and pile rafts, engineers can analyze, compare, and optimize foundation solutions without moving between disconnected design tools.

🎥 In this video, see how DeepFND connects geotechnical and structural design—from conventional capacity calculations to nonlinear soil–pile interaction and finite element analysis—to help engineers develop safer, more practical, and more economical foundation solutions.

"

"📐 How much time does your team spend recreating excavation drawings after the design is already complete?For many proje...
09/18/2026

"📐 How much time does your team spend recreating excavation drawings after the design is already complete?

For many projects, the analysis is finished...

But then comes the drafting.

👉 Excavation sections
👉 SOE sketches
👉 Construction stage drawings
👉 Wall elevations
👉 Site plans

Often, information that already exists in the design model is manually recreated in CAD.

With DeepEX DXF Export, engineers can automatically generate excavation drawings directly from the analysis model and export them to AutoCAD-compatible formats in seconds.

✔ Generate excavation sections and wall details
✔ Export support-of-excavation sketches
✔ Create construction stage drawings automatically
✔ Produce plan views and wall elevations
✔ Maintain consistency between calculations and project documentation

Because engineering time should be spent solving problems—not redrawing information that already exists.

More info: https://www.deepexcavation.com/post/export-support-of-excavation-sketches-to-dxf

What part of excavation documentation consumes the most time in your projects: staging drawings, wall details, or plan production?

"

09/17/2026

"🏗️ Complex geotechnical projects rarely have a single “right” analysis. The real challenge is understanding the problem from enough angles to make the right engineering decision.

Deep excavations, retaining systems, tunnels, waterfront structures, and urban infrastructure can involve everything from staged construction and groundwater to structural optimization and complex soil–structure interaction.

DeepEX brings these challenges into one connected engineering environment. Engineers can move from rapid model generation and traditional Limit Equilibrium analysis to nonlinear methods, FEM, structural design, optimization, and even 3D modeling—without losing continuity between the different stages of the design process.

🎥 In this video, discover how DeepEX helps engineers compare methodologies, investigate alternatives, understand complex behavior, and turn demanding geotechnical problems into practical and efficient designs.

Because better engineering isn’t just about getting an answer—it’s about having the tools to understand why.

"

09/10/2026

"🏗️ How much does your excavation design depend on the analysis method you choose?

Limit equilibrium, nonlinear soil springs, and finite element analysis each rely on different assumptions and calculation procedures. Comparing their results can provide valuable insight into the behavior of an excavation support system and help engineers make more informed design decisions.

In this demonstration, we analyze the same 38-foot-deep braced excavation using all three methods within a single DeepEX project. We then compare the results, identify an overstressed structural member, and use DeepEX's automatic optimization tools to select a more suitable section before verifying the updated design.

In this video, you'll see how to:
✔ Analyze the same excavation using LEM, nonlinear soil springs, and FEM
✔ Compare critical results from different analysis approaches
✔ Review structural check ratios and detailed calculation reports
✔ Visualize FEM displacements, settlements, and support responses
✔ Automatically optimize an overstressed support member
✔ Reanalyze the model to verify the optimized design

DeepEX brings advanced analysis, structural verification, and automatic optimization together in a single engineering workflow—helping engineers design safer, more efficient, and code-compliant excavation support systems.

▶ Watch the video to see how DeepEX simplifies excavation analysis and optimization.

"

Address

7700 Windrose Avenue #G300
Plano, TX
75024

Opening Hours

Monday 11am - 12pm
Tuesday 11am - 12pm
Wednesday 11am - 1pm
Thursday 11am - 1pm
Friday 11am - 12pm

Telephone

+12062793300

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