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🌍 Geotechnical Engineers! 🌍 Looking to enhance your toolkit with a powerful solution for geotechnical analysis and design? The GEO5 Demo Version is now available for download! This intuitive software offers modules for slope stability, foundation design, retaining wall analysis, tunneling, and more – all in one user-friendly package. Whether you’re optimizing designs or running complex calculations, GEO5 provides reliable, easy-to-use tools tailored for practical geotechnical engineering needs. Don’t miss out on this opportunity to explore its capabilities firsthand. 🔗 Download the GEO5 Demo Version and see how it can elevate your projects! #GeotechnicalEngineering #EngineeringSoftware #GEO5 #Geotech #FoundationDesign #CivilEngineering

Just Some Slope Stability Analysis Checklist: (i) Verify geometry and dimensions. (ii) Review input parameters (material properties, loads, etc.). (iii) Review boundary conditions and verify groundwater conditions. (iv) Confirm stability analysis method and critical slip surface search method. (v) Ensure software settings are correct (number of slices and convergence) #slopestability #geotechnical #engineering

𝐓𝐨𝐨𝐥 𝐧𝐞𝐰𝐬: 𝐓𝐡𝐞𝐒𝐥𝐨𝐩𝐞𝐒𝐭𝐚𝐲𝐬𝐇𝐞𝐫𝐞 𝐢𝐬 𝐨𝐟𝐟𝐢𝐜𝐢𝐚𝐥𝐥𝐲 𝐥𝐢𝐯𝐞! 🚨 Looking to verify/calculate a slope stabilization system consisting of a mesh and ground anchors or nails? Have a look at the new webpage https://lnkd.in/dSahCEFA where verifications based on published state-of-the-art methodologies can be carried out. ▶️ No login is required. Feedback is welcome to help strengthen this beta version of the webtool that is available for all to use. 📅 Save the date! Don't miss our webinar on Dezember 11 at 10:00 am to learn more about our new tool. More information following soon. #trumerschutzbauten #theslopestayshere #newtool

#PLAXIS_GEOTECHNICAL_SOFTWARE 🚧 New Skill Unlocked: PLAXIS for Slope Stability Analysis 🚧 #Model_1 Excited to share that I've recently gained hands-on experience with PLAXIS, a powerful geotechnical engineering software. 🎯 I had the opportunity to conduct a Slope Stability Analysis using the software, which allowed me to model complex soil behavior and assess the safety factor of a slope under various loading conditions. 🌍 The results provided valuable insights into: 1.Stability under different conditions 2.Potential failure surfaces 3.Factor of safety analysis 4.Deformation and stress distribution This new skill enhances my ability to model and simulate challenging geotechnical problems with precision, enabling data-driven decisions for safer designs. 💻 Key Takeaways: Proficient in building and analyzing slope stability models in PLAXIS Confident in interpreting and applying the results for practical engineering problems Excited to explore more with PLAXIS and apply this in future projects! #GeotechnicalEngineering #PLAXIS #SlopeStability #NewSkills #CivilEngineering

🔍 User Query: Do I need to redefine the mass source in SAFE when importing ETABS data for combined footing design? Answer: No, in most cases it’s not required in SAFE, as the self-weight of objects and imported loads are handled automatically. However, if you plan to define additional seismic analysis cases, a mass source definition will be necessary. 📩 For more insights or assistance with ETABS and SAFE, drop us a message! 💡 Get a month’s free trial: https://lnkd.in/dg3hR4Wp #ETABS #SAFE #StructuralEngineering #BuildingDesign #CivilEngineering #EngineeringSolutions #StructuralAnalysis #ConstructionTech #SeismicAnalysis #FoundationDesign #CombinedFooting

GIS system, PROFIL assembly. Easy installion, flexible combination, high strength, durability

Article deserves to take a look. Introduced a fascinating approach to calculate oriented features such as: lineaments, schitosity, fractures, and other boundaries, through plotting georeferenced dots on the Cartesian coordinate system on any GIS software, in your office to reduce the field time. Despite an important factor that can affects these calculations - which is deviations in the drill hole - is been neglected, still this approach brainstorming.

We’re counting on semi-round, natural structures to keep the lights on when the worst storms hit. Electrical distribution poles must be inspected at regular intervals to ensure the reliability of the electrical grid—even when everything looks up to snuff. Teams across the country specialize in boring and sounding services to check for rot and other dangers to the structural integrity of our poles. In some situations, trusses and banding can be added to a pole to reinforce and protect it. In other situations, the pole needs to be replaced. Our mapping, field collection, and back-office analysis tools are a good fit for these projects, but we’re just beginning to scratch the surface of how Katapult Pro can bring reliable utilities to more people by improving pole inspection workflows.

Day 02- Basics of surveying:- In surveying we determine the relative positions of points on, above and beneath the surface of earth. for this we need an instrument called AUTO LEVEL. by setting it on a tripod stand and leveling it properly we proceed for further activities. The first reading taken is called back sight then other readings called intermediate sight and the last reading before station change is called fore sight. That is all basics of surveying

hydrographic surveying using hyback program