Aero Aggregates of North America的动态

The $122 million new U.S. 1 bridge over the Loxahatchee River in Jupiter has taken the shape of a smile with a few missing teeth. Drivers may be grinning by the end of the year, too. They can now see walls along its piers. Next, they will see concrete beams rise on the bridge’s approach spans. Both lanes are scheduled to open for drivers next spring, and the entire project, which began about a year ago, is on track to end in the spring of 2026. Read the full article on Palm Beach Post at https://lnkd.in/gQceJB3Q. Structural design is the core of our business. Our experienced structural engineers are ready to give your vision life with ingenuity and know-how. No project is too complex for us, and we have experience in a wide range of structures, including bridges, bulkheads, pump stations, tunnels, and other projects above ground and below. Learn more at https://lnkd.in/g4wpS2Bk. #stivereng #structuralengineers #structuralengineering #structuraldesign

?? The Boorloo Bridge are two iconic, single-sided supported cable-stayed bridges that span the Swan River in Perth, Australia. ?? The first bridge connects Point Fraser to Heirisson Island. The second bridge extends from Heirisson Island to McCallum Park. Each bridge deck is 6.0 meters wide, making them among the widest single-sided cable-supported decks in the world. Facts about the first bridge: ??Total length of 215 meters ??100-meter main span ??48-meter side span Facts about the second bridge: ??Overall length of 275 meters ??155-meter main span ??Two 60-meter side spans The bridges were analyzed and designed using SOFiSTiK software, incorporating a range of advanced structural analyses. The contractor for the project was Causeway Link Alliance, while Dissing+Weitling was responsible for the architecture and WSP for the consultancy. ?? Here you can find more information about the project: https://lnkd.in/eVm-RVPJ #BoorlooBridge #ReferenceProject #SOFiSTiK #WSP

?? Ever Wondered How a Pier is Built in the Middle of the Sea? ??? Constructing a pier isn’t just about laying concrete over water — it’s a complex engineering marvel that combines innovation, precision, and resilience. In this video, I’m taking you behind the scenes to explore the fascinating process of building a pier in the sea. From driving piles deep into the seabed to creating structures that can withstand waves, tides, and weather, every step is a blend of creativity and engineering expertise. ?? Key Highlights: ?? Installing strong foundations in underwater conditions ?? Using specialized equipment and techniques for marine construction ?? Overcoming challenges like tides, currents, and weather Building in the sea isn’t just about infrastructure — it’s about connecting people, enabling trade, and creating spaces for recreation. ?? Watch the video to see this incredible process come to life, and share your thoughts! #Engineering #MarineConstruction #PierBuilding #Infrastructure #Innovation #CivilEngineering #Construction #OceanEngineering #EngineeringMarvels

The $122 million new U.S. 1 bridge over the Loxahatchee River in Jupiter has taken the shape of a smile with a few missing teeth. Drivers may be grinning by the end of the year, too. They can now see walls along its piers. Next, they will see concrete beams rise on the bridge’s approach spans. Both lanes are scheduled to open for drivers next spring, and the entire project, which began about a year ago, is on track to end in the spring of 2026. Read the full article on Palm Beach Post at https://lnkd.in/eWAF9gzB. Structural design is the core of our business. Our experienced structural engineers are ready to give your vision life with ingenuity and know-how. No project is too complex for us, and we have experience in a wide range of structures, including bridges, bulkheads, pump stations, tunnels, and other projects above ground and below. Learn more at https://lnkd.in/ga3MwmHQ. #stivereng #structuralengineers #structuralengineering #structuraldesign

A beam-column connection plays a vital role in ensuring the stability and safety of any structure. Here are some key points to consider. ? These connections make sure that the loads between the beam and column are properly distributed, keeping the structure sound. ? A well-detailed connection helps prevent potential structural failures, ensuring everyone’s safety. ? Designed to handle external forces like wind or earthquakes, these connections protect the structure against natural elements. ? Properly designed connections follow strict industry guidelines to guarantee long-term durability and reliability. These critical details help your project stand the test of time. Curious about how we get it right every time? Schedule a consultation with us at https://lnkd.in/giA-nQ7d #connectiondesign #beamcolumn #beamcolumnconnections #steeldetailing #steeldetail #steelfabrication #kdr #kdrdraftingservices #design #estimation #estimationservices #draftingservices #detailing #SteeldratingEstimation #SteelEstimation #steelstructures #powerfulSteelDrafting #tekla #structraldesign

REFERENCE PAPER: Advancing Foundations: Augered Cast-in-Place Bridge Foundations International Bridge Conference, Pittsburgh; 2022 - White, B. Dues, E. Monaco, T. Augered Cast-in-Place (ACIP) piles are prevalent in vertical structures while bridge and transportation structures have been slow to adopt, with AASHTO not addressing their design. The OhioDOT used 176 ACIP piles in a 217’ long pier footing requiring battered, reduced & low headroom, and phased installations within a highly charged aquifer. This is an overview of the project, geotechnical design, structural design, installation process, testing, and lessons learned from this first-of-its kind foundation for OhioDOT. Read More: https://hubs.la/Q02WZ1L40 #GRLEngineers

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

?? ?????? ???????????????????????? ???? ?????? ???????????? ???????? ?????????????? Ever wondered how massive bridges are built over large bodies of water? The Golden Gate Bridge in San Francisco is one of the most iconic examples of this process. This short video walks you through the various stages of its construction: 1. ?? ???????????? ?????? ???????????????????? ?????????????? ?????? ?????????? – Discover the underwater work that went into building strong foundations and the towering support structures. 2. ??? ???????????????? ?????? ?????????????? ???? ???????????????? – Thousands of individual wires were spun together to create the suspension cables that hold the bridge in place. 3. ?? ???????????????????? ?????? ?????????? ??????????: ?????? ?????????????? – See when it all comes together with the installation of the bridge deck. If you find this video interesting or have any thoughts on the construction process, drop a comment below! ?? Video source: Instagram @?????????????????????????????? ................................................................................................................................. #Engineering #Infrastructure #GoldenGateBridge #Construction #BentleySystems #BridgeEngineering #OpenBridge #OpenRoads #StructuralEngineering #STEM #BIM #CAD

MSE Walls ?? Construction of MSE Walls?( Freyssinet Co. ) #bridges_engineer #MSE_Walls #CivilEngineer #Construction_of_MSE_Walls?

Helical piles are a go-to solution for many foundation projects. In our latest video, Gary "The Anchorman" Seider, P.E. talks about the range of loads that helical piles can resist: ? Compressive Loads: Perfect for supporting heavy structures and ensuring stability. ? Gravity Loads: Designed to handle the weight of the building itself ? Dead and Live Loads: weight of materials and dynamic forces of people and furniture ? Uplift Loads: forces that try to lift the structure from the ground. ? Seismic Loads: approved for seismic design categories D, E, and F. Curious to learn more about how these foundations work and their applications? ??? Watch our latest "Foundation Fundamentals" video. https://hubs.ly/Q02Q0CsV0 #HelicalPiles #FoundationSolutions #Construction #Engineering #BuildingStrong #CivilEngineering #SeismicSafety