WGI’s Post

Get to know #BricsCAD Pro V24's #civil and #survey toolkit with this #BricsysBlog! BricsCAD Pro V24 includes a full suite of tools for civil engineers and surveyors - ensuring that your TIN surfaces are accurate and efficient to work with. You can look forward to: 🔹 a roundtrip GIS workflow 🔹 enhanced TIN surface user interface 🔹 creating TIN surfaces from contour data 🔹 new transparent commands and more! Read the blog to learn more. https://brics.ly/48abGqh

Most engineers and contractors know that correct geogrid orientation is crucial for MSE walls. Redi-Rock MSE systems are bullet proof and eliminate the possibility of incorrect installation of geogrid. Using Redi-Rock MSE, the 300mm wide geogrid wraps through the block. The geogrid can not be installed incorrectly. There are no mechanical fixings involved. This connection results in a positive connection between the block and the geogrid. Take the worry and risk out of your next MSE wall - consider Redi-Rock walls - the contractors friend! Learn more: https://lnkd.in/gdBhcZD #structural #structuralengineering #civilengineering #contractors #geotechnicalengineering #groundworks #retainingwalls #engineers #civil #infrastructure

Dynamic Cone Penetrometer ☑️ For in-situ CBR values of pavement base, sub base and sub grades. #DynamicConePenetrometer #Soiltesting #Civilengineering #civil #Roads #Roadconstruction #Geotechnical #Geotechnicalengineers #Highwaycontractors #Highwayconsultants #engineering #Highway #Avantech #Avantechengineering #highwayconstruction #Realestatedevelopers #humboldt #compactiontesting #compaction

Collapsing house emergency 🆘 In responding to this kind of emergency, our team swiftly executed a series of critical tasks to safeguard both the residents and the structure itself. Drawing from our extensive experience in such situations, we've listed essential dos and don'ts to guide fellow professionals when faced with similar challenges. DO: ⚪ Precise assessment: Ditch the gut feeling. Deploy drones or specialised equipment for detailed initial damage mapping, including foundation integrity and load-bearing structures. ⚪ Propping prowess: Choose the right temporary propping systems based on the collapse type (progressive vs. sudden) and material properties. Consider hydraulic propping systems for heavy loads or screw piles for quick stabilisation. ⚪ Collaborative care: Convene a team of structural engineers, geotechnical experts, and (if applicable) heritage specialists. Their combined insights ensure informed interventions. ⚪ Utility awareness: Collaborate with utility providers to identify and safely isolate potential hazards like exposed gas lines or electrical cables. DON'T: 🔴 Tunnel vision: Don't just focus on the immediate collapse. Assess surrounding structures for potential domino effects and take preventive measures. 🔴 Improvised interventions: Avoid using untested or inappropriate shoring materials like timber beams. Stick to industry-approved propping systems designed for specific loads and collapse scenarios. 🔴 Ignoring ground movement: Assess for subsidence or soil instability, which can exacerbate the collapse. Consult geotechnical engineers for mitigation strategies like underpinning or ground anchors. 🔴 Neglecting weatherproofing: Protect the exposed structure from further damage due to rain, wind, or snow. Consider temporary tarpaulin coverings or weather-resistant propping systems. Remember, a collapsing house demands meticulous action, not blind heroism. Prioritise safety, leverage expertise, and employ the right propping systems for the job. Have additional dos and don'ts to add? 💡 Share your experience in the comments! 📝 #construction #structuralrepair #collapseresponse #UKconstruction #buildingremediation #disasterrecovery #structuralengineering #retrofit #constructiontips #constructionbestpractices #buildingsustainability #collapsingemergency #housecollapse #structuralfailure #structuraldamage #buildingcollapse #structuralrepairs #proppingsystems #shoringsystems #buildingconservation #heritagebuildings #restorationproject

Using only one wave direction for hydraulic verification of breakwaters in a 3D physical model is generally not sufficient. While it can provide some basic information about the structure's performance under specific wave conditions, it does not account for the variability in wave approach angles that can occur in real-world environments. Testing with only one wave direction may lead to an incomplete understanding of how the breakwater will behave under different loading scenarios. This can be risky, as it might not adequately account for the full range of conditions the structure will face over its lifespan. In practice, engineers typically use multiple wave directions to ensure a more comprehensive assessment of the breakwater's stability and effectiveness. This approach provides a more realistic representation of the dynamic wave conditions the structure is likely to encounter, leading to a more reliable and robust design. A commonly recommended practice is to use at least three to six wave directions to obtain a reliable and robust design. References : “Manual on the use of rock in coastal and shoreline engineering” by CIRIA, CUR, and CETMEF. “ASCE Manuals and Reports on Engineering Practice No. 72 - Wave Forces on Inclined and Vertical Piles” by the American Society of Civil Engineers. “Rubble Mound Structures for Coastal Protection” by Agustin Sanchez-Arcilla. #breakwater #coastalengineering #marineengineering

Let’s talk about vacuum excavation! 🚀 This innovative method offers a safer, lower-risk alternative to traditional excavation techniques. With our high-suction powered trucks, you can expertly excavate the ground with minimal risk of damage or personal injury. Vacuum excavation is the smartest, safest, fastest, and most economical method of excavation, providing numerous benefits: - Reducing reinstatement costs - Eliminating the hazard of utility strikes - Minimising traffic disruption - Reducing the amount of manpower and equipment required Industries such as construction, civil engineering, railways, highways, utilities, and telecommunications have all benefited from vacuum excavators. Our vacuum excavators can repair or replace buried assets, whether you need to excavate one metre or an entire road. Our range of units ensures a safe excavation every time. With precise control using a remote-controlled power arm, vacuum excavation makes light work of removing the ground for maintenance or repair once underground utilities are located and clearly marked. Plus, this method reduces noise and disruption to the surrounding area and limits vibrations that could cause damage on or around the site. Ready to revolutionize your excavation projects? Discover the range of the Stock SLF at www.stockexcavators.com or contact me directly at Jason.v@stock-group.co.uk. Let's dig into the future together! 🚜🔧 #VacuumExcavation #Innovation #Construction #SafetyFirst #Efficiency #Infrastructure #UtilityMaintenance

The integration of civil engineering calculation tools with BIM and GIS models sounds incredibly promising! The potential for digitizing dam design processes seems vast, especially when leveraging these advanced technologies.

"We use Surfer to map the stresses around the structure…to help the engineers figure out why one part is sinking, and another is swelling" A geotechnical engineering firm is performing forensic analysis with Surfer! Click below to learn how this firm pinpoints structural weaknesses with contours maps in Surfer. Read now: https://hubs.la/Q026rtZg0 #surfermapping #engineering #geotechnical

Title: "Master the Art of Surveying with Our Comprehensive Guide to Total Station Surveying!" 🔍 Are you fascinated by the world of land surveying and precision measurements? 🗺️ Dive deep into the realm of surveying with our latest blog post: "Total Station Survey: The Ultimate Guide!" 📐 Unlock the power of Total Station surveying and revolutionize the way you gather data and create detailed land surveys. 🌐 📌 Inside this comprehensive guide: - What is a Total Station? - How Total Stations Work - Applications in Various Industries - Tips for Accurate Surveying - Real-World Success Stories Whether you're a seasoned surveyor looking to expand your knowledge or someone just starting their journey in this field, our guide will equip you with the essential insights and skills needed for precision surveying. 🏞️ Join the discussion on LinkedIn, connect with fellow professionals, and stay at the forefront of surveying technology. Let's build a network that values precision and innovation. 🤝 Read the full blog post here: [https://lnkd.in/g4D7KR3g] #TotalStation #LandSurveying #PrecisionMeasurement #SurveyingMastery 🔍

Municipalities that only use one or two pavement preservation treatments are hurting themselves. Imagine you're building a house, but the only tools you brought to the job site are a hammer and drill. It's going to be tough to build that house, right? You need a full toolbox with the right tools for the job as the building progresses through different stages. Pavement preservation is similar. There is no one-size-fits-all treatment. As a city or county, not utilizing a full "toolbox" of surface treatments is setting yourself up to fail. #pavementpreservation #asphaltmaintenance #publicworks #infrastructure #construction #roads #Streets #engineering #civilenginering