TheCivilEngineer.org

3D-printed ceramic helix structures aid reef recovery and coastal resilience

Researchers at the University of Hawaiʻi at Mānoa have developed and field-tested novel 3D-printed ceramic modules designed to boost survival and settlement rates of juvenile corals. These spiral-sha...

Digital Twin Infrastructure: Building Safer Bridges with AI

Artificial intelligence is emerging as a powerful tool to improve the safety and resilience of bridges. Researchers at the University of St. Thomas have demonstrated how AI can optimize structural de...

Beyond Recycling: The Future of Bridge Component Reuse

With the global push for sustainability in construction, the Netherlands is leading the charge—not just by recycling concrete but by reusing entire structural components. A groundbreaking project, ha...

After the Recent NTSB Report: 68 U.S. Bridges Now Flagged for Collapse Risk

When the Francis Scott Key Bridge in Baltimore catastrophically collapsed in March 2024 after being struck by a cargo ship, it didn’t just send concrete tumbling into the Patapsco River—it also shook...

Hydrogen and Nuclear Energy Unite to Cut Asphalt’s Carbon Footprint

The construction industry is taking a bold step toward sustainability with the introduction of nuclear-enabled hydrogen to power asphalt production. A groundbreaking initiative, led by a team of engi...

Fungible Engineering: The Future of Modular Design in Data Centers

In an era where speed, flexibility, and efficiency dictate the success of technological infrastructure, the concept of fungibility is emerging as a game-changer in structural engineering. Much like h...

3D Scanning & AI: The New Era of Rail Infrastructure Maintenance

The Dutch railway network, with over 7,000 track switches and crossings, faces constant wear and tear, leading to frequent maintenance challenges. Traditional manual inspections have long been the st...

Brewing Sustainability: Coffee-Infused Concrete Paves the Way in Infrastructure Innovation

A groundbreaking innovation is transforming Melbourne’s infrastructure—coffee-infused concrete. Developed by RMIT University, this sustainable alternative replaces a portion of traditional sand with...

Paving the Future: Sustainable Concrete from Plastic Waste

In a remarkable innovation, engineers have developed sustainable concrete pavers made from nearly 1,000 pounds of non-recyclable plastic waste. Installed on a prominent sidewalk, these pavers symboli...

Harnessing the Power of Hybrid Dunes for Coastal Protection

Protecting coastlines against the growing threat of sea level rise and extreme weather events has become a critical challenge. Researchers are leading the charge with an innovative test dune along t...

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