Strengthening Concrete Office Building — Beams Reinforcement— 230G UD Carbon Fiber (HM-23)

A NEW GENERATION of PIPES: no steel reinforcement needed. fsc-tech.com/pipes

🚀 IIFC Newsletter - June 2026 Highlights: 🔹 Robotics for FRP application on steel structures 🔹 A field case study on FRP piles in Australia 🔹 Profile: Composite materials pioneer Eric Moussiaux Dive into the full issue: bit.ly/49H2tZZ #StructuralEngineering #FRP

IIFC Webinar Series 2026: Torsional behavior and design methods for FRP-reinforced concrete members Explore insights from Dr. Jiafei Jiang of Tongji University. 📅 June 9, 2026 ⏰ 16:00 CST / 10:00 CET 🔗 Online via Zoom: shorturl.at/VUjxS #StructuralEngineering #FRP

IStructE President Brian Uy shares his perspective in New Civil Engineer on balancing core principles with innovation, while addressing evolving challenges across safety, competence and sustainability. Read more: newcivilengineer.com/in-dept… #IStructE #StructuralEngineering

@QuakeWrap has taken sheet pile and slab repair to the next level with SPiRe® , a patent-pending solution that delivers unparalleled durability, cost savings, and ease of installation. ✅ No corrosion – Built with high-strength FRP for a maintenance-free service life ✅ Faster repairs – Eliminates the need for extensive concrete prep and patching ✅ Eco-friendly – Designed for sustainable infrastructure solutions ✅ Versatile applications – Perfect for bulkheads, seawalls, bridge decks, and industrial slabs SPiRe® is changing the game in infrastructure rehabilitation. Could this be the solution for your next project?

Commercial slabs handle heavy loads and constant traffic. GFRP rebar keeps cracks tight and cuts long-term maintenance costs. #gatorbar #concrete

FRP jacketing of steel tubes enhances ductility by restraining local ("elephant's foot") buckling, improving seismic resilience with modest strength increases. It is an effective retrofit for tanks, silos, and piers. 🏗️ #CivilEngineering #FRP sciencedirect.com/science/ar…

The May 2026 issue of the ACI Structural Journal is now available!🌟 Papers include: ● Shear Capacity Prediction for Fiber-Reinforced Polymer Bar-Reinforced Concrete Beams Based on Gray Correlation Analysis; ● Lateral Response of Repaired Conventional and Hybrid Reinforced Concrete Bridge Piers; ● Effects of Slabs Characteristics on Long-Term Deflections of One-Way Reinforced-Concrete Slabs; ● Flexural Performance of Glass Fiber-Reinforced Polymer and Highly Ductile Stainless-Steel Bar Hybrid-Reinforced Concrete Beams; and ● 19 additional topics/papers! Information published in the ACI Structural Journal includes: structural design, analysis of concrete elements and structures, research related to concrete elements and structures, and papers addressing design and analysis theory. ➡️ Download the Full Issue Here: concrete.org/publications/ty…

🔍 Read our #EditorsChoice 📖 Experimental Study on the Effect of Steel Reinforcement Ration on the Cracking Behaviour of FRP-Strengthened RC Elements, by Andrea Armonico et al. 🔗 Read more: brnw.ch/21x2CF8 #FRPStrengthening #ReinforcedConcrete #RCBeams #CrackWidth

FRP pultrusions are exceptionally strong yet lightweight and can last longer than traditional building materials for a lower total cost over the life of the product. That makes fiberglass pedestrian bridges the ideal solution.

Hybrid FRP-concrete-steel DSTCs: FRP confines the concrete and boosts shear, while the inner steel tube serves as the main reinforcement. Main takeaway: better performance comes from effective confinement, not just more material 💡. #CivilEngineering #FRP theses.lib.polyu.edu.hk/hand…

Concrete cracking? Steel rust expansion is often the cause. SFT-Bar®? No rust, no expansion, no problem. #ConcreteLongevity #SFTBar #BuildBetter

Infrastructure fails when steel rusts and cracks concrete. Build for the long haul with rust-proof GFRP rebar. #gatorbar #infrastructure #concrete

Ready to specify our field-proven prestressed CFRP system for your next project?

What does it take to save an 80 year old bridge? Advanced composites revitalised this South Australian landmark. FRP deck. Lighter, stronger, more durable. This is how FRP technology extends the life of historic infrastructure. #CivilEngineering #FRP 👇 createdigital.org.au/birkenh…

🚀 Explore #FRP composites: life extension & strengthening of metallic structures. From aircraft & ships to bridges: lightweight yet strong, durable, and easy to install. Reduce costs on infrastructure repairs. Essential ICE design guide for engineers. #StructuralEngineering

Stronger. Lighter. Built to last. 🌉 Strongwell's STRONGDEK composite decking transformed the iconic CONSOL Energy Bridge at Summit Bechtel Reserve. 13,000 sqft of high performance FRP. #StructuralEngineering #FRP azom.com/article.aspx?Articl…

#APFIS2026: The 10th Asia Pacific Conference on FRP in Structures brings together global experts to showcase cutting-edge research and real-world applications of fibre-reinforced polymers in the built environment. #FRP #StructuralEngineering iifc.org/news/10th-asia-paci…

Steel corrodes. Concrete cracks. But reinforcement technology has evolved. SFT-Bar® fiberglass rebar delivers corrosion-free performance designed to last for decades. #ConcreteInnovation #SFTBar