BRACED EXCAVATIONS DESIGN SOFTWARE - DEEPEX
Design Systems with Internal Bracing with DeepEX!
✓ Versatile Selections: Choose Strut, Waler, and Raker Sections from our extensive databases.
✓ Customized Support Dimensions: Define precise support dimensions and spacing.
✓ Seamless Model Generation: Generate Cross-lot Excavation Models with all construction stages.
✓ Advanced Analysis Methods: Analyze your excavation system with various methods for accuracy.
✓ Optimize Structural Sections: Fine-tune designs for optimal performance and cost-effectiveness.
✓ Export Comprehensive Reports: Access detailed reports and sketches for documentation.
Design Any Braced System in Minutes - Save Time and Effort
DeepEX is the Ultimate Software Solution for Geotechnical Engineers, Contractors & University Courses!
DeepEX stands at the forefront of excavation wall design with internal bracing. Let us take a few minutes to demonstrate the remarkable value it brings to your engineering projects! No matter the complexity, DeepEX effortlessly handles all types of internal bracing systems. From excavations with struts and walers to rakers and heelblocks, DeepEX has you covered!
With a comprehensive database of standard pile sections, DeepEX empowers you to perform full structural and geotechnical design for any excavation system. Cross-lots, box excavations with walers, circular shafts braced with ring beams, cantilever walls, and more - all analyzed and presented in a comprehensive manner. DeepEX conducts over 200 structural and geotechnical checks to ensure your secant pile design meets the highest standards.
In terms of analysis, DeepEX offers it all! Traditional Limit-Equilibrium Analysis methods, Beam-on-Elastoplastic-Foundations (Non-Linear Springs), and a superior Finite Element Analysis engine - all bundled in one powerful software suite. The magic of DeepEX lies in its intuitive interface, enabling you to create any excavation model in mere minutes, encompassing all construction stages. It allows 2D and 3D loads, additional wall elements for interior permanent walls, pile reinforcement adjustments, and quick optimization of excavation cut sections.
DeepEX goes beyond design - it provides comprehensive reports, DXF export for excavation sketches, and precise cost estimation for your braced excavation projects.
Discover the true potential of braced excavation design with DeepEX. Maximize efficiency, accuracy, and gain a competitive edge - all with DeepEX, the ultimate software suite for braced excavation projects!
Actual words of a US customer: "This program is like driving a super charged Cadillac"
1. Generate the braced excavation model with all construction stages. The model can be created in minutes graphically with the DeepEX interactive tools, in seconds with the robust model wizars, or even with your voice with the implemented voice commands. The excavation and water table levels can be defined by the user independently for each wall side.
2. Define the analysis settings, selecting among a wide list of implemented analysis methods, active/passive or apparent soil pressure diagrams, hydrostatic or water flow pressure methods, structural codes and geotechnical design load combinations and more.
3. Analyze your model, review the results for all construction stages in tables and graphs, optimize the model in seconds with the implemented automatic optimization tools and export detailed customizable reports in pdf or word format!
DeepEX - Design Braced Walls in 3 Simple Steps
Secant Pile Wall with Struts
2D Excavation Section Analysis in DeepEX
Secant Pile Wall with Struts
3D Excavation Model Analysis in DeepEX
Braced Excavations Design & Analysis
DeepEX is the Ultimate Software Solution for Geotechnical Engineers, Contractors & University Courses!
Select your slot below and schedule your customized web session today!
Experience the future of cofferdam design today. Sign up now or book an online presentation with our engineering experts to witness firsthand how DeepEX can revolutionize your projects and elevate your success to new heights.