Structural

Multi angle pile driving allows engineers to transfer lateral forces into axial loads, reducing bending stress on foundation elements. This improves long-term stability in marine and bridge structures exposed to wind, current, and traffic loads. Photo Credit: IQIP
Why Multi Angle Pile Driving is Becoming Essential for Modern Marine and Bridge Projects

Pile foundations support some of the most demanding structures in civil and marine construction, from…

Steel tubes are frequently used in bracing systems because they offer high torsional stiffness and perform efficiently under both tension and compression. These properties help limit lateral movement in marine structures. Photo Credit: BT Metal Sales and Fabrication, Inc.
How Steel Pipes and Tubes Support Lateral Stability in Marine Structures

Marine structures are constantly exposed to lateral forces generated by waves, currents, wind, vessel impacts,…

The Hurricane-Proof Seawall Checklist

View the complete article here. The morning after a major hurricane, the waterfront reveals the…

Aluminum’s high strength-to-weight ratio allows marine structures like docks and bridges to remain durable while reducing installation and transport costs. Its lightweight nature makes it ideal for modular construction in coastal environments. Photo Credit: MAADI Group
Utilizing Aluminum Structures for Marine Construction

Across today’s waterfront developments, aluminum has become one of the most versatile and reliable materials…

Prefabricated steel bridges offer exceptional strength and quick installation, making them ideal for marine crossings with limited construction windows. Their factory-built precision ensures corrosion resistance, durability, and reduced environmental disruption in coastal environments. Photo credit: Art Thureson Inc
Prefabricated Steel and Timber Bridges for Efficient Marine Crossings

Marine crossings such as bridges over rivers, estuaries, and coastal waterways require a balance of…

How to Prevent Cofferdam Leaks: Design Considerations, Installation Best Practices, and More

View the complete article here. Cofferdams are critical temporary structures in construction—creating dry work environments…

Precision in Cofferdam Site Assessment: Ensuring Geotechnical Excellence

View the complete article here. This guide explores the critical process of cofferdam site assessment—detailing…

Trestles in Marine and Foundation Work: Design, Construction, and Case Studies

View the complete article here. Trestles are pivotal structures in marine and foundation construction—where they…

From Pile Driving to Superstructure: Mastering Dock Construction

View the complete article here. Building a dock in a marine environment involves precise engineering,…

Building Venice: Timber Piles, Infrastructure, and Lasting Lessons in Foundation Engineering

View the complete article here. Venice, famously known as the “Floating City,” is a remarkable…

Underwater Drilled Shaft Testing: Techniques, Challenges, and Best Practices

View the complete article here. Underwater drilled shafts play a vital role in supporting marine…

Cofferdam Installation and Removal: Cost Management, Inspection, Case Studies, and Other Best Practices

View the complete article here. Cofferdams are temporary enclosures built within or across bodies of…