Deep Excavation

"🌉 Are you analyzing your bridge abutments as simple retaining walls… while ignoring how the piles actually interact with the system?

Pile-supported abutments are not just walls with foundations.

👉 Backfill pressures
👉 Pile stiffness
👉 Groundwater conditions
👉 External surcharges
👉 Soil–pile interaction

…all influence the final behavior of the structure.

In this video, we show how to:
✔ Create a pile-supported abutment model in DeepEX
✔ Define pile layouts, geometry, and reinforcement
✔ Simulate staged backfilling and external loads
✔ And review wall and pile stresses, moments, shears, and displacements

Because understanding how the wall and piles work together can significantly improve both design efficiency and project reliability.

How detailed is your typical pile-supported abutment analysis workflow?

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"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?

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