DeepEX: Your Ultimate Geotechnical Design Companion Envision a world where your engineering projects thrive, empowered by a tool that...

Harnessing CPT Records for Earth Retaining Structures & Beyond Introduction In the field of geotechnical engineering, the stability and...

Introduction Many times, owners, or contractors request if an excavation can be carried out without any structural support. Such cases...

Why is it important to consider detailed construction stages in FEM? In Geotechnical Finite Element Analysis (FEA), the simulation of...

A. INTRODUCTION In the field of geotechnical engineering, innovation paves the way for safer, more efficient, and meticulously designed...

Introduction: Soldier pile walls are a versatile and widely used method for retaining soil and preventing erosion in construction and...

The Importance of Predicting Damages on Adjacent Structures Introduction Construction of deep excavations next or close to adjacent...

Deep Excavation is on a mission to revolutionize the world of geotechnical engineering. We stand out as more than just a software company; we are your partners in progress. Our dedication lies in making geotechnical engineering practices accessible, intuitive, and powerful for engineers worldwide. Our commitment revolves around the development of cutting-edge, user-friendly, robust, and top-quality deep excavation calculation and design software tools that cater to various d

Models Comparison - DeepEX, Plaxis, Wallap Programs Plaxis, Wallap, and DeepEX are some of the common software programs that are used in Deep Excavations. Each of the programs employes a slightly different analysis methodology. Plaxis and Wallap are primarily only analysis tools whereas DeepXcav offers a complete Deep Excavation design package. For deep excavations there is no right answer as to which analysis is always the best. An experienced engineer knows that all our ana

50ft Deep Excavation Design Example - Sheet pile wall analyzed with FHWA Apparent Earth pressures A 50 ft deep excavation is to be...

Analysis of a 50ft deep excavation with different methods Deep excavation design poses many uncertainties. One of them is the selection of the appropriate design method. Very often braced excavations are designed with a classical approach that involces "limit-equilibrium" or apparent earth pressures. In this approach, earth pressures are assumed and support reactions are calculated from some form of beam analysis. Some popular methods of analysis are: a) FHWA simple span beam

A Cantilever Soldier Pile Wall Supporting a 10ft Excavation Cantilever soldier pile design requires that we determine the soldier pile...

Diaphragm Walls in Deep Excavations Diaphragm wall construction requires that a proper sequence of works is followed. Specialized excavating equipment has to be used. This equipment requires more available space when compared to other construction methods. 1. Guide wall installation for diaphragm walls Guide walls are constructed in-situ typically as lighly reinforced concrete elements. Guide walls maintain the horizontal allignment and wall continuity of a diaphragm wall whi

Excavation & Foundation Design Case Studies Practice and experience are invaluable in deep excavations. Deep Excavation has been involved...

3D Frame Analysis in DeepEX DeepEX 3D Frame analysis module allows the users to create, any braced excavation or anchored walls 3D model....

DeepEX - Shoring Design Software DeepEX is the ultimate software program for design and analysis of any deep excavation model. It can...

Support Systems for Deep Excavations The term excavation support refers to an engineered solution designed to stabilize an excavation. An...

Access Your DEMO Software, and Review Great Design Features! This section is about exciting Deep Excavation products DEMO versions that...

Sheet Pile Walls - Advantages & Disadvantages Sheet pile walls are constructed by driving prefabricated sections into the ground. Soil...