Tag: Probabilistic

Wind behavior in complex mountainous terrain exhibits a pronounced directional confinement that challenges conventional statistical assumptions used in bridge engineering.

A collaborative evaluation combining volumetric calculations, Monte Carlo simulations, and hydro-thermal modeling demonstrates that deep geothermal reservoirs beneath the Xixian ...

A new study integrates tectonic and site-specific data to produce detailed seismic hazard and damage potential maps for the Kashmir ...

A new probabilistic framework using average maximum failure probability quantifies cumulative slope failure risk under stochastic rainfall over specified exposure ...

A new study demonstrates that simple Box-Cox transformations, particularly the logarithmic transformation, significantly improve the reliability of probabilistic hourly streamflow ...

A joint probabilistic assessment framework combining dual dynamic indicators with parameter uncertainty significantly improves high-hazard zone identification for long-runout alpine ...

A probabilistic framework integrating Bayesian demand modeling and stochastic recovery reveals how parameter uncertainties govern earthquake fragility and resilience in ...

A probabilistic whole-life geotechnical framework shows that seabed strength recovery under cyclic loading can reduce floating offshore wind turbine anchor ...

A two-stage modelling framework combining offshore wave propagation and high-resolution overland inundation has established the first regional-scale probabilistic tsunami hazard ...

Researchers used a Box–Behnken Design response surface with finite difference modelling to compute a probability of failure of 0.80 for ...