Page 3: 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

For green building, 'durable is the new 'sustainable'

Reducing the negative environmental impact of buildings—globally one of the largest contributors to greenhouse gas emissions—might be even more difficult than expected. New research from Drexel University indicates that, ...

Engineering

Researchers develop a new smart, adaptive vibration isolator

Vibration isolators are essential in applications like high-precision manufacturing, aerospace, automobiles and sensitive scientific equipment, where vibration can significantly degrade performance and reduce operational ...

Automotive

NASA pushes new wing design to find structural limits

NASA researchers recently put a new wing design, long and thin with a lightweight structure, through a series of grueling tests to find its structural limits. What they found left them encouraged about the wing's potential, ...

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