Civil Engineering Sciences

New method offers a more realistic way to judge how near-fault structures perform in earthquakes

A new method, MIDA, uses physics-based ground motion simulations tied to earthquake magnitude to better assess seismic performance of near-fault structures. This approach reduces subjectivity and nonphysical distortion, providing a more stable and realistic prediction of structural response.

SourceCivil Engineering Sciences·JournalCivil Engineering Sciences·TypeComputational simulation/modeling·DateApr 13, 2026

Influence of dry-wet cycles and chemical pollution on red soil improved with building gypsum powder

Research finds that building gypsum powder reduces soil strength when exposed to water, but augments it at low concentrations of sodium sulfate. The study also reveals the impact of dry-wet cycles on soil pores, structure, and resistance.

SourceCivil Engineering Sciences·JournalCivil Engineering Sciences·TypeExperimental study·DateMar 30, 2026

Machine learning could transform how infrastructure recovers from natural hazards

Researchers use machine learning to characterize recovery processes, predict outcomes, and optimize strategies for restoring critical infrastructure systems. The review highlights the potential of reinforcement learning to identify effective repair sequences.

SourceCivil Engineering Sciences·JournalCivil Engineering Sciences·TypeLiterature review·DateMar 23, 2026