What are the opening hours?

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

Deep Excavation

Name: Deep Excavation
Address: 7700 Windrose Avenue #G300, Plano, TX, 75024, US
Telephone: +12062793300

Home
United States
Plano, TX
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.

05/28/2026

"How much time do yo lose, just trying to navigate complicated software interfaces?

This is something we focused on heavily in DeepEX.

Because excavation and tunneling projects are already complex enough:
👉 Multiple analysis methods
👉 Construction staging
👉 Structural checks
👉 FEM models
👉 Seismic and stability analysis

The software should help simplify the workflow — not slow it down.

In this video, we walk through the DeepEX interface and show how engineers can:
✔ Build excavation models graphically
✔ Define staging and supports efficiently
✔ Run LEM, Non-Linear, and FEM analysis
✔ Review structural checks and optimization tools
✔ And even work with full 3D excavation and tunnel models

Because better engineering decisions often start with a workflow that makes complex analysis easier to understand and manage.

What feature do you think saves engineers the most time in excavation software?

"

05/21/2026

"Designing a Gravity Wall… but Missing the Full Stability Picture?

Many retaining wall designs look fine— until you check all failure modes together.

Sliding.
Overturning.
Bearing capacity.
Slope stability behind the wall.

And that’s where things often get overlooked.

In this video, I walk through how to model and analyze a gravity (inverted T) retaining wall in RetainEX, including:

✔ Full wall geometry definition
✔ Realistic soil stratigraphy
✔ External surcharge loading
✔ Staged construction
✔ Integrated slope stability analysis (GLE method)

We don’t just stop at pressures and moments.

We also check:
• Sliding, overturning & bearing safety
• Critical slope failure surface
• Global stability safety factor

Because a wall that works structurally… can still fail geotechnically.

Do you typically include slope stability in your retaining wall checks?

"

05/15/2026

"🚇 We’re at WTC 2026 in Montreal — Booth C0806

Planning and designing urban tunneling projects is becoming more complex every year.

It’s no longer just about tunnels —
it’s about entire cities, existing structures, costs, risks, and impact.

At Deep Excavation LLC, we’re helping engineers move from isolated models to full city-scale analysis.

With DeepEX, you can:
✔ Model entire metro systems directly on real city maps
✔ Evaluate tunnel alignments, stations, and excavation systems
✔ Estimate project costs and assess impact on surrounding buildings
✔ Combine planning-level analysis with detailed design in one workflow

If you’re working on tunnels, metro systems, or complex urban excavations, come meet us and see how this approach can change your workflow.

📍 Booth C0806

Looking forward to meeting you in Montreal!

What is currently the biggest challenge you face in tunnel planning or design?

"

05/14/2026

"Still Designing Complex Excavations in 2D? You Might Be Missing the Real Behavior.

Most excavation designs start in 2D.

But real projects rarely are.

Corners.
Irregular geometries.
Complex support layouts.

These introduce 3D effects that 2D sections simply can’t capture.

In this video, I show how DeepEX 3D extends the same DeepEX platform — it’s not a different program.

You still have everything from DeepEX 2D:
✔ 2D modeling
✔ LEM, nonlinear & 2D FEM analysis
✔ Tunnel design capabilities

And on top of that, you can:

✔ Model excavations of any shape in full 3D
✔ Analyze real load distribution on struts, tiebacks & walers
✔ Perform structural checks — including connections
✔ Evaluate impact on adjacent structures (settlements, damage, crack risk)

Plus:

🔹 Generate full 3D FEM models in seconds
🔹 Review soil stresses, displacements & system behavior in detail

Because in complex excavations,
what you don’t model… is often what governs the design.

At what point do you decide to move from 2D to 3D in your projects?

"

05/08/2026

"🚇 Excavating next to active metro tunnels? That’s where design gets critical.

In weak soils, even small ground movements can affect tunnel performance — and when tunnels must remain operational, the margin for error is minimal.

👉 Can you predict settlement accurately?
👉 Are your mitigation measures really effective?
👉 How confident are you in your assumptions?

If you’re dealing with similar urban constraints, this is a scenario you’ll recognize.

How do you usually assess excavation impact on existing tunnels — simplified methods or full numerical analysis?

"

05/07/2026

"Designing Helical / Displacement Piles? Are You Checking Everything That Matters?

Helical and drilled displacement piles are often chosen for efficiency.

But design isn’t always straightforward.

You need to evaluate:
• Compression and uplift capacity
• Installation torque
• Lateral performance
• Structural stresses
• Soil–pile interaction

And missing one of these… can lead to unsafe or overly conservative designs.

In this video, I walk through the full analysis of a Stelcor drilled-in-displacement pile in DeepFND:

✔ Real soil stratigraphy & spring properties
✔ Helical plate configuration & grouted section
✔ Multi-stage loading (compression, uplift & lateral)
✔ Axial + lateral analysis in one model

We review:
– Bearing capacity (tension & compression)
– Installation torque estimation
– P-Y curves & lateral response
– Structural check results for the pile and plates

Because modern pile design isn’t just about capacity —
it’s about understanding full behavior.

Do you typically check lateral response and torque when designing helical piles?

"

04/30/2026

"Designing Next to Rail Loads? One Analysis Method Might Not Be Enough.

Excavations near train embankments are not forgiving.

You’re dealing with:
• Surcharge from moving loads
• Complex soil behavior
• Strict displacement limits
• High consequences if assumptions are wrong

So the question is:

👉 Can you trust a single analysis method?

In this video, I walk through a cantilever excavation next to a railway embankment in DeepEX, including:

✔ Realistic soil stratigraphy & hardening behavior
✔ Train load simulation with distributed pressures
✔ Staged excavation modeling
✔ Sheet pile wall design (AZ section)

Then I analyze the same model using:

• LEM (Limit Equilibrium)
• Nonlinear analysis
• Full FEM

And compare:
– Wall moments & shears
– Displacements
– Soil stresses & settlements
– Overall system behavior

The differences can be significant — especially under surcharge conditions like rail loads.

Choosing the right analysis approach isn’t just a technical detail.
It’s a risk decision.

Do you typically validate your excavation models with more than one method?

"

04/23/2026

"Still Spending Hours Building Excavation Models from Scratch?

Most of the time in excavation design isn’t spent analyzing…
It’s spent building the model.

Defining walls.
Assigning soils.
Setting supports.
Rebuilding the same system again and again.

In this video, I introduce how DeepEX 2D changes that workflow:

✔ Generate complete excavation models in seconds
✔ Use graphical tools, wizards & even voice commands
✔ Analyze with LEM, nonlinear methods, or FEM — in one environment
✔ Model real systems: struts, anchors, diaphragm walls, sheet piles & more

The goal isn’t just faster modeling.

It’s freeing up time to focus on what actually matters:
👉 Evaluating behavior
👉 Comparing solutions
👉 Making better engineering decisions

Because engineering software should reduce effort — not add to it.

Where do you spend most of your time today: modeling or evaluating?

"

04/17/2026

"Bin-type wall systems can become complex very quickly.

Multiple anchors, construction stages, soil interaction…
and the real challenge is not just modeling — it’s understanding what governs your design.

👉 Which stage is critical?
👉 Are your anchors optimally placed?
👉 Are you overdesigning… or missing something?

With DeepEX, you can generate, analyze, and optimize bin-type wall systems in a clear, structured workflow — from staging to final checks.

How do you usually approach optimization in these systems — manually or with automated tools?

"

04/16/2026

"🏗️ Top-down excavation design is not just about the final stage.

When working in alluvial soils with groundwater, the real challenge is understanding how the system behaves throughout construction:

👉 Wall moments evolve with each excavation stage
👉 Slab activation changes load distribution
👉 Eurocode combinations alone may not reveal the full picture

In this video, we demonstrate how to model and analyze a top-down excavation system in layered alluvial soils using DeepEX — from automatic model generation with the wizard, to LEM analysis with Eurocode 7 combinations, and finally FEM analysis for a deeper understanding of system behavior.

This type of scenario is commonly encountered in projects across Northern Italy, Germany, France, and the Netherlands, where soil variability and groundwater conditions govern design.

Understanding the construction sequence — not just the final condition — is key to safer and more efficient excavation design.

How do you usually approach staged excavation analysis in your projects?

Book a meeting with our experts, find out how to design Eurocode-Compliant excavations with ease:
https://www.deepexcavation.com/free-web-presentation

"

04/09/2026

"🌎 How does your anchored excavation perform under seismic loading?

Designing for static earth pressures is only part of the story.

In seismic regions, anchored walls must also resist:

• Additional dynamic earth pressures
• Increased support forces
• Higher bending moments
• Potential overstressing of tiebacks
• Stage-dependent seismic demand

Ignoring these effects — or applying them incorrectly — can significantly alter your design outcome.

In this video, we demonstrate how DeepEX incorporates pseudostatic seismic pressures into an anchored excavation model, allowing engineers to:

✔️ Apply Mononobe–Okabe seismic earth pressure theory
✔️ Define seismic acceleration values
✔️ Limit seismic pressures to excavation height when required
✔️ Evaluate support reactions and check ratios stage by stage
✔️ Identify overstressed anchors instantly
✔️ Visualize seismic pressure distributions and wall moment changes

Because in seismic design, it’s not just about adding a coefficient — it’s about understanding how the entire support system responds.

If you are working on deep excavations in seismic zones, this workflow is essential.

"

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

Website

http://www.deepexcavation.com/

Alerts

Be the first to know and let us send you an email when Deep Excavation posts news and promotions. Your email address will not be used for any other purpose, and you can unsubscribe at any time.

Contact The Business

Send a message to Deep Excavation:

Want your business to be the top-listed Engineering Company in Plano?