Deep Excavation LLC

Anchored Wall LEM Discover the excellence in designing anchored walls with LEM. As a professional geotechnical engineer, this advanced solution is essential for performing in-depth analysis on any wall stabilization project. Gain mastery over the complexities of horizontal and vertical soil pressures, bending moments, shear forces, and displacements. With Anchored Wall LEM, you can easily define wall types, anchor locations, and soil layers. Compare various scenarios and observe their impact on wall performance, stability, and safety. Don’t miss the chance to elevate your geotechnical proficiency. Visit our website today to review the detailed analysis results available. Let's work together to create optimal solutions for your wall stabilization projects. #AnchoredWallLEM #GeotechnicalEngineering

How to Import Subway System Alignments in DeepEX from Shapefiles Unlock the power of DeepEX with seamless subway system alignment imports. ✓ Begin by searching for subway line shapefiles in your browser. For example, you can search for "New York subway lines shapefiles." Locate and export the desired shapefiles to a dedicated folder on your device. ✓ Open the 3D World tab in DeepEX and display the maps. Center the displayed map to include the area corresponding to the shapefile. Switch to the 2D plan view to visualize the imported map accurately. ✓ Import utilities from the shapefile by selecting the desired data type, such as "Communications" for subways. Zoom in to review and adjust the imported subway system alignments. Utilize the click, drag, and drop feature for precise adjustments. Ready to streamline your subway system designs? View the files on our site and enhance your expertise with DeepEX.

Sometimes open cell #cellularcofferdams can be an option in your #deepexcavation design. The risks though can be many as you need to carry hoop action back into the soil through the turns. If hoop action is not guaranteed the #steel sheets might switch mode from ring action into a 2D. Because flat panel sheets are typically used this would spell #geotechnical #collapse. In this case, a 3D #geotechnical #finitelement model with DeepEX, at some point the model does not converge on the last stage indicating collapse. Follow Deep Excavation LLC for more!

In this How-to Wednesday: How to Analyze and Design a 3D FEM Model in DeepEX Elevate your geotechnical projects with DeepEX, the ultimate software for 3D FEM model creation. Our step-by-step process ensures precision and reliability. Step into Efficiency: Define and Generate the 3D FEM Mesh: Start by accessing the 3D FEM tab in DeepEX. With a single click, generate a 3D FEM mesh, laying the foundation for a detailed analysis. Select to Analyze the 3D FEM Model: In the same tab, choose the model for analysis. The duration depends on the model dimensions, mesh density, and the number of examined stages. Innovate in Analysis: Review Analysis Results: Once the analysis is complete, DeepEX provides a summary table with results for walls and structural checks for supports and walers. Examine Soil Mass Shadings: Review stresses, displacement, and settlement shadings for the soil mass at each construction stage. Enhance your geotechnical designs today. Visit our website to explore files and tutorials that will transform your approach to 3D FEM modeling with DeepEX. #HowToWednesdays #GeotechnicalEngineering #DeepEX

🤔 FAQ: Can DeepEX Consider a Sealed Excavation? Are you a geotechnical engineer looking to manage groundwater pressures effectively in your DeepEX models? Our advanced shoring design software, DeepEX, offers robust solutions for sealing excavations and ensuring stability. Explore the Sealing Option in DeepEX, where you can create a liner at the bottom of the base slab to act as a barrier against groundwater. This feature prevents water seepage into the excavation, enhancing the integrity of your design. DeepEX calculates hydrostatic pressures below the excavation level using a simplified flow method, accurately representing the forces on the base slab. Visualize the impact of groundwater with DeepEX’s vertical pressure display, helping you understand and mitigate the effects on your excavation design. Integrate the 2D Finite Element Analysis engine in DeepEX to include additional structural elements like tiedowns and foundation piles. These elements are essential for counteracting uplift water pressures and supporting the base slab. Elevate your geotechnical projects by downloading the necessary files from our site. With DeepEX, you can master the complexities of sealed excavations, ensuring precision and efficiency. Transform your projects with our comprehensive tools.

Tackle groundwater challenges in your deep excavation projects with precision using DeepEX, our advanced shoring and tunnel design software equipped to handle complex seepage analysis.

How to Import Buildings and Roads in DeepEX from DXF. Unlock the full potential of DeepEX by effortlessly importing buildings and roads from DXF files. ✓ Enhance your geotechnical projects with accurate and detailed maps. Import buildings and roads directly from DXF files to create comprehensive models that reflect real-world conditions. ✓ Seamlessly integrate these elements into your DeepEX projects, allowing for precise analysis and planning. Save time and improve accuracy by utilizing DXF imports for a more streamlined workflow. ✓ With DeepEX, you can easily adjust and modify imported data to meet your specific project needs. Ensure that every aspect of your project is meticulously planned and executed with the help of advanced import capabilities. 🎥 Ready to streamline your geotechnical analysis? Watch the video and explore DeepEX. DeepEX #GeotechnicalEngineering

In this How-to Wednesday: HOW TO: Generate a 3D FEM Model in DeepEX Elevate your geotechnical projects with DeepEX—your trusted partner in 3D FEM model creation. Our Model Wizard guides you through each step, ensuring precision and reliability. Step into Efficiency: Generate 2D Section: Start by creating a 2D cut section, performing analysis and optimization using the classical Limit Equilibrium method. Check the model with Non-Linear Analysis or the 2D Finite Element Analysis approach. Generate 3D Frame Model: Create a 3D model with the Model Wizard or graphically. Edit support locations and corner nodes to define the desired 3D model shape. Innovate in Reinforcement: 3D FEM Model Generation: Access the 3D FEM tab in DeepEX and generate the 3D FEM model with a click. Edit Mesh Density: Adjust the 3D FEM model settings in the 3D FEM tab for optimal mesh density. Discover the DeepEX Difference: Generate 3D FEM Mesh: Generate the 3D FEM mesh with ease from the 3D FEM tab. Enhance your geotechnical designs today. Visit our website to explore files and tutorials that will transform your approach to 3D FEM modeling with DeepEX. #HowToWednesdays #GeotechnicalEngineering #DeepEX

What #dedication to our #geotechnical craft means to me. This Sunday one of our #DeepEX users from #NewZealand asked how to model a peanut shaped #deepexcavation with #secantpiles. The software only had the #reinforced #concrete diaphragm wall option on the wizard, so our team scrambled and added the feature in two days so our friend and user can save tons of time in their 3D #finitelementanalysis model. What takes days to create in other software can now be created in less than 5 minutes in DeepEX. Follow Deep Excavation LLC for more!

FAQ: Does DeepEX perform seepage analysis? Are you looking for a reliable solution to perform seepage analysis for your deep excavation projects? DeepEX is here to assist you with precision and ease. Why Choose DeepEX for Seepage Analysis? ✓ Comprehensive Methods: DeepEX integrates both analytical and numerical methods, allowing you to accurately model and assess groundwater conditions. Define the desired stratigraphy, specifying soil layers and their properties, including soil permeability and strength, essential for accurate seepage analysis. ✓ Versatile Analysis Options: Select from various methods, including 2D flow net analysis using the finite differences method. This calculates the water flow and seepage load on the excavation side, providing valuable insights into potential seepage risks. ✓ Detailed Reporting and Visualization: DeepEX generates detailed reports and visualizations, helping engineers interpret results and make informed decisions. Design appropriate seepage control measures such as cutoff walls, drainage systems, and dewatering schemes. Ready to optimize your seepage analysis? Visit our website to download the comprehensive guide and explore how DeepEX can streamline your geotechnical designs for maximum efficiency and safety.