Research news on Sustainable structural engineering

Sustainable structural engineering integrates durability, safety, and environmental performance in the design, assessment, and rehabilitation of civil and mechanical infrastructure. Methods include probabilistic lifetime design, seismic and shake-table testing, and performance evaluation of materials such as precast concrete, cold-formed steel, ultra-high performance concrete, and 3D-printed components. Life cycle assessment and AI-driven optimization support decisions on material reuse, modular construction, and clean-energy systems, aiming to reduce global warming potential while maintaining structural reliability and resilience under extreme loads and degradation.

Engineering

Bridges, roadways threatened by changes in weather patterns

The combination of extreme weather conditions, like atmospheric rivers, and aging infrastructure is putting increasing pressures on Canadian highways, bridges and tunnels—many of which are almost 100 years old. UBC Okanagan ...

Engineering

New model tests hundreds of MTA subway flood defenses in one minute

As transit agencies face growing climate risks and limited capital budgets, deciding which flood protection measures to implement—and where—has become a critical challenge. Now, a research team at NYU Tandon School of Engineering ...

Engineering

Tackling uplift resistance in tall infrastructure sustainably

Tall structures like radio towers experience high wind loads that generate uplift forces at their foundations, a challenge that is increasing burden, as natural occurrences like typhoons and tornadoes become more frequent ...

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