Ovum Corporation’s Post

🔧 Understanding Load Bearing Capacity in Timber Bridges 🔧 Ever wondered how timber bridges support heavy loads? At York Bridge Concepts, we use advanced engineering techniques to ensure our bridges are both strong and sustainable. Learn more about how we achieve optimal load-bearing capacities for various uses. Discover the details: https://hubs.la/Q02Kq76c0 #TimberBridges #Engineering #YorkBridgeConcepts #SustainableConstruction

Unleashing concrete's potential Microsilica, the strength enhancer for high-performance structures. #microsilica #concrete #strength #highperformanceconcrete #constructionmaterials #buildingsustainability #infrastructure #engineering #innovation #durability #skyscrapers #bridges #tunnels #sustainableconstruction

🔧 Understanding Load Bearing Capacity in Timber Bridges 🔧 Ever wondered how timber bridges support heavy loads? At York Bridge Concepts, we use advanced engineering techniques to ensure our bridges are both strong and sustainable. Learn more about how we achieve optimal load-bearing capacities for various uses. Discover the details: https://hubs.la/Q02KqmFK0 #TimberBridges #Engineering #YorkBridgeConcepts #SustainableConstruction

Quality control is extremely necessary for this type of work. Namely: laboratory confirmation of compliance with the design requirements for the backfill material. Homogeneity of the material, layer-by-layer quality control of soil compaction, which ensures the necessary design adhesion to hold the anchors to which the supporting facing blocks are attached. As well as control over compliance with the design requirements for the organization of drainage and water drainage systems for storm drainage in a specific climate zone, since the retaining walls shown in the video are an integral part of the ascents to bridges and bridge crossings of transport interchanges, which are subject to colossal dynamic loads during operation.

Did you know that our engineered wire mesh is essential for bridge beam construction?🌉 It provides crucial support from the foundations that uphold towering structures to the beams that link them, delivering the strength and durability required for enduring infrastructure. #SteelFacts #BridgeConstruction #Infrastructure #EngineeringSolutions

Did you know that today is World Record Breaking Day? 📅 On this occasion, it's worth mentioning our records! The 14.7m high retaining walls we designed on the Auschwitz bypass are truly impressive structures, especially compared to the standards in engineering.Thanks to our experience, knowledge and proven materials, we are able to realize such high walls, as well as even higher ones. The entire process is in our hands - from the design, to the quotation, to the delivery of reinforced soil retaining walls. Our Geotechnical Laboratory takes care of all stages: from concept, construction and detailed design, to technological and replacement designs, tailored to the client's needs. #breakingrekordsday #resistivewalls #cimbypass #geotechnics #engineering #records #engineeringdesign

MSE walls combine synthetic reinforcements with compacted soil to create strong, flexible retaining structures for infrastructure Mechanically Stabilized Earth (MSE) walls are reinforced retaining structures that use layers of synthetic materials such as geotextiles, geogrids, or metal strips embedded in compacted soil. These materials provide tensile strength, preventing soil movement and enhancing the wall’s stability. MSE walls are highly effective in geotechnical applications, particularly for retaining structures in highways, bridges, and slopes. They offer several benefits, including flexibility in design, cost-effectiveness, and resistance to seismic activity and settlement. Due to their adaptability, MSE walls are widely used in challenging construction environments, providing durable support for heavy loads while minimizing environmental impact. original video : Engineering and architecture video courtesy : Felipe Ochoa Cornejo 👨🏻🏫🇨🇱 #msewalls #retainingwall #engineering #construction #road #bridge #civilengineering #civilconstruction #engenharia #engenhariacivil #engenheiro #engenheirocivil #ingeneiro

A rare book authored by 2 romanian proffesors.

Did you know that seismic design is crucial in protecting buildings from earthquake damage? 🌐 Here are three key techniques engineers use to ensure structures withstand seismic forces: 1. Base Isolation: Separates the building from ground movements, allowing it to move independently. 2. Damping Systems: Absorb and reduce seismic energy, minimizing impact. 3. Reinforced Concrete & Steel: Provides strength and flexibility to endure shocks. By incorporating these methods, we can build safer, more resilient structures that protect lives and property. 💬 Join the conversation. Share your thoughts or experiences with seismic design in the comments below! #CivilEngineering #SeismicDesign #EarthquakeSafety #StructuralEngineering #EngineeringInnovation #BuildSafe #Technicalcivil

Practicality of Lateral earth pressure theories we have done in Soils and Earth work module 📚