DeepEX implements all approved scientific methods for the design of deep excavation projects. Easily perform a classical limit equilibrium analysis, non-linear analysis method with elastoplastic Winkler springs (beam on elastoplastic foundations), or a complete Finite Element Analysis. A Finite Element Analysis can be performed if you add and activate our Finite Element Analysis engine DeepFEM in any DeepEX version: Limit Equilibrium Analysis Method (LEM) Non-Linear Analysis Method (NL) Finite Element Analysis Method (FEM) Combined Analysis (LEM+NL) Combined Analysis (LEM+FEM)

Seamlesly generate, analyze and design full scale 3D excavation models with our powerful 3D Finite Element Analysis engine. Generate any 3D FEM model in seconds with our powerful wizards Parametrical model creation and edit – access and edit all the items in the model area in seconds Perform 3D FEM considering full soil-structure interaction Review results in tables for all walls, walers and supports Perform structural checks on all supports and walers Review 3D FEM shadings for soil, walls and supports for all stages

Deep excavations require compliance with both structural and geotechnical standards. We have you covered with many international design codes and standards for the design and analysis (structural and geotechnical) for all wall types and support systems. You can perform a service or factored design with US, European, Australian, or Chinese standards and easily select and change between several code standards: ACI 318 2019 (Reinforced Concrete Members) ASD 1989 (Allowable Stress Design - Steel Members) AASHTO LRFD 9th Edition (Steel Members) AISC 360 and 360-Allowable (2010 and 2016) EUROCODE 2, 3, 7 and 8 Specifications AASHTO LRFD 9th Load Combinations CALTRANS LRFD 2012 Load Combinations PEN DOT AASHTO 2012 Load Combinations European Codes (DIN, BS, XP94, DM, DA) BS 6349 Parts 1-2 (Marine Structures-Quay Walls) Canadian Codes (CSA, NR24-28-2018) Australian Standards (AS 3600, AS/NZS 4100) Chinese Standards (CN)

DeepEX can be used for the design and analysis of all commonly used wall types. Define wall section properties in an efficient way through user-friendly dialogs and easily update the structural material lists with new or standard materials. An extensive rebar reinforcement and steel section database has you covered for work anywhere in the world. Soldier Pile and Lagging Walls Sheet Pile Walls (Steel, Wood, Vinyl) Secant Pile Walls Tangent Pile Walls Concrete Diaphragm walls (Slurry Walls) Combined Sheet Pile Walls (King Pile-sheet pile system) Box Sheet Piles Soldier Pile and Tremied Concrete (SPTC Walls) Prestressed and GFRP Walls and Piles

Perform both structural and geotechnical design of many different support systems. You can add supports graphically on the model area and easily modify by double clicking. Easily change support sections with an extensive implemented steel section database. Cantilever Excavations Anchored Excavations (Tiebacks, Helical Anchors) Braced Excavations (Steel Struts and Rakers) Cofferdams Mechanical and Hydraulic Struts and Walers Top-Down Excavations (Reinforced Concrete Slabs) Stepped Excavations Basement Concrete Slabs Tiedowns and Piles below Base Slabs Foundation Piles for Slope Stability Vertical Steel Columns Fixed and Spring Supports Dead-man Wall Systems Bin Type Wall Systems Box Type Excavations (Steel or Concrete Walers) Circular Shafts

DeepEX allows the design of Gravity Retaining Walls, Pile Supported Abutments and Sea Walls with the corresponding additional, optional modules that can be activated inside the software. Gravity Walls module: It allows the design of reinforced concrete gravity walls of any shape (Continuous walls or 3D Piers), calculating the wall sliding, bearing and overturning safety factors. Pile Supported Abutments module: It allows the use of foundation piles at gravity wall sections (creating pile supported abutments) and pile foundations adjacent to the excavation site. The module allows the calculation of the forces on each pile and the lateral and vertical design of the piles (calculation of pile moments, shear and displacements diagrams, as well as, the calculation of the bearing capacity of the piles). Prerequisites: Gravity wall module Sea Walls - Wave Pressures - Overtopping module: It allows the design of sea walls, block/segmental walls with individual shear resistances and densities, quay caisson walls (3D) with infill and more, the calculation of Wave pressures with Sainflou, McConnel, Proverbs, Load combinations for British Standards 6349 Parts 1-2 (Marine Structures-Quay Walls) and more. Prerequisites: Gravity wall module MSE Walls - Soil Reinforcements module: It allows the design embankments with soil reinforcements (Steel grids and strips, geogrids, geotextiles) and stone columns. The soil reinforcements can be used for slope stabilizations. Prerequisites: Gravity wall module

The soil types, soil properties and stratigraphies can be easily defined in DeepEX through user-friendly dialogs. Create an unlimited list of soil types and quickly define all soil properties. Quickly estimate soil properties with several estimation tools (SPT, CPT Estimator and other tools with industry accepted methods and estimation equations). The additional, Soil Estimation Reporting and Statistical Analysis module, allows you perform a statistical analysis of estimated soil parameters with a wide range of methods. The statistical analysis allows us to estimate soil property variability with depth or in the project plan. Then, one can select the desired design values based on the desired confidence level. In DeepEX we can add directly SPT Records and CPT Logs, which can be used from the software to estimate various soil properties.

DeepEX implements tools that can evaluate the global stability of excavation models and slope surfaces (simple or reinforced with soil nails). DeepEX can calculate and report the most critical slope surface and the slope stability safety factor with the use of several scientific methods. Soil nails can be used in the slope surfaces. DeepEX calculates the effects of the soil nails to the slope stability analysis. Bishop Method Morgenstern-Price Method (General Limit Equilibrium) Spencer Method Ordinary Swedish Method (method of slices) French Clouterre standards for the soil nail design

Meed additional design challenges with additional DeepEX modules. Not all deep excavations require the same capabilities. You can expand your solution capabilities with the following DeepEX versions/modules: DeepEX 2D: For the design and optimization of all project 2D design sections. DeepEX 3D: Export the 3D Frame model with all bracing levels, so that the full project with all supports can be calculated. With DeepEX 3D we can also perform total cost estimation for the full project. Additional modules can be added in any of the main DeepEX versions (2D and 3D), increasing the software capabilities: Export Drawings to DXF module: With this module all 2D sections for all construction stages and wall sections can be exported to DXF and opened in any CAD software. In DeepEX 3D, the same feature can be used for the export of the full project plan and side views. Steel-Connection module: Allows you to easily generate all steel connections for walers to struts, and corner walers. Once a design is complete the steel connections can be optimized with a click of the button. The program will then automatically adjust weld sizes and apply plate stiffeners if required. Steel-connections can be evaluated with AISC 360-16 allowable or LRFD. Export 3D Model & Holograms module: This module allows your the export the deep excavation model to a 3D desktop, virtual reality, or augmented reality (HoloLens) model. Easily visualize the 3D model excavation before it is constructed and communicate with your clients some of the complexities and construction staging. This way check for any potential construction challenges (adjacent building foundations, underground utilities etc.), as well as, impress the clients with the view of the final project before it is constructed. The module allows importing 3D buildings back into the design environment. Finite Element Analysis module: DeepFEM, can be added and activated with in any software version, allowing the Finite Element Analysis method to be performed. The FEM method considers full soil structure interaction and can be used to analyze complicated models, adjacent foundation piles, tunnels and more.

Model and analyze TBM, NATM or Box Tunnels with the Finite Element Analysis method (Prerequisites: FEM Module). Wizards give us the flexibility to easily create oval and complex tunnel geometries. Sections and tunnel segments can be activated and deactivated at any stage. Soil losses and pressure grouting can also be modeled with ease.

DeepEX offers an extremely user-friendly software with an interactive model interface. You can draw supports, loads, and items in the model area for each construction stage, and graphically perform excavations, backfill operations and dewatering. All items on the model area (walls, supports, surface nodes, external loads) can be accessed with the mouse and properties can be changed at any point through user-friendly dialogs. Quickly generate models with a powerful wizard. Last, you can talk to DeepEX and tell it to prepare a deep excavation model "Hey DeepEX.." "Create a 10 meter deep excavation with struts".

All your design can be in a single file. You can create an unlimited number of design sections in the same file, simulating all project wall sections and different excavation depths. In each design sections, different soil parameters and stratigraphies, wall sections, support systems and design assumptions can be defined. Create an unlimited number of construction stages, simulating the full design procedures or conditions in each design section. DeepEX presents extensive results for each stage, assisting with the identification of the most critical condition. Easily examine alternatives within different design sections. This allows you to quickly identify the most critical or most efficient deep excavation solution.

DeepEX can generate extensive reports for all examined design sections and construction stages. The reports in DeepEX are totally customizable - the end user can always select all the report sections included in the final report. DeepEX reports can include tables and graphs with all examined model properties and calculated results. We can also choose to include to the report all structural design equations and calculation procedure. The DeepEX reports can be previewed, exported to PDF or exported to Word format, so they can be further edited by the user. Select Design Sections to Report Select Construction Stages to Report Customize Report Graphs Define Report Layout Define Report Sections Possibility to Report Equations and Stage Calculations Cost Estimation Results 2D and 3D Frame Results Preview the Report Export Reports in PDF and Word Formats