We are thrilled to introduce DeepEX 2025, the latest evolution of our industry-leading deep excavation design software! This release marks a significant leap forward, offering unparalleled power, stability, and an array of enhanced features to elevate your shoring design projects.
With DeepEX 2025, you can take advantage of:
Enhanced engine convergence for superior performance.
Innovation & technology: Machine learning-based wall deflection prediction
New design codes and load combinations, including CALTRANS 2019 and Eurocode 7 (2023 Draft).
Improved model wizards for seamless 2D and 3D modeling.
Breakthrough enhancements to our unique 3D Finite Element Analysis (FEM) engine.
Key Features and Functions:
Improved 2D & 3D Wizards
· 3D Caterpillar SOE for advanced excavation scenarios.
· Soil nailing and hybrid soil nailing with V-nails for enhanced geotechnical stability.
Figure 1: Soil nail wall – Model generated with the DeepEX 2025 model wizard
Figure 2: Caterpillar excavation – 3D FEM analysis with DeepEX 2025
Expanded Capabilities
New wall types, including steel plates, singly reinforced concrete, and fiber-reinforced concrete.
Tunnel section design with fiber-reinforced concrete.
Wall embedment optimization for geotechnical capacity, axial loading, and hydraulic heave.
Latest standards support: CALTRANS 2019 (8th LRFD) and proposed Eurocode 7 (2023 draft) load combinations.
Figure 3: Eurocode 7 2023 (Draft) – Load combinations in DeepEX 2025
Diagnostic Tools
Preliminary diagnostics to avoid unsafe Limit Equilibrium Method (LEM) practices.
Water drawdown diagnostics for excessive 1D flow scenarios.
Innovative Modeling Capabilities
Generative model creation with natural language understanding for faster workflows.
Arbitrary gravity wall shape enhancements.
Linked sections with varying wall friction coefficients.
Horizontal Directional Drilling (HDD) Capabilities
DeepEX 2025 introduces HDD fracture analysis and 2D/3D pipe stress analysis, broadening your design and analysis potential.
Figure 4: HDD pipe analysis results in DeepEX 2025
Advanced 2D & 3D FEM Enhancements
2D FEM
Improved convergence algorithms.
Machine learning-based deflection prediction tied to initial FEM results and monitoring data.
Figure 5: AI predicted displacements VS FEM calculated displacements - DeepEX 2025
3D FEM
3D wall-embedded beams with comprehensive structural checks.
Automatic lagging generation for 3D soldier pile walls.
Wizard-generated bracket beams, deck beams, and slabs.
Quick column generation between slabs for efficient modeling.
Enhanced convergence and node autocorrect for improved stability.
Volumetric modeling for slabs, including internal plates for bending moment calculations.
Figure 6: Deck beam, struts and walers in a DeepEX 2025 3D FEM model
Figure 7: DeepEX 3D FEM model – Excavation walls, base slab and foundation piles
Why Choose DeepEX 2025?
DeepEX 2025 is designed to streamline complex excavation design processes, ensuring accuracy, reliability, and unmatched performance. Whether you’re working on deep foundations, tunneling, or complex 3D projects, DeepEX 2025 has the tools you need to succeed.
Let us show you how to reduce your design time by up to 90%!
