In this study, we present a Bayesian hierarchical framework to model fluid‐induced
seismicity. The framework is based on a nonhomogeneous Poisson process with a fluid …

Moderate‐to‐large‐magnitude earthquakes induce considerable short‐to‐medium‐term
increases in seismic hazard, due to the subsequent occurrence of aftershocks. Most studies …

Estimating the frequency and magnitude of natural hazards largely hinges on stationary
models, which do not account for changes in the climatological, hydrological, and …

Connections are important components to cross-laminated timber (CLT) structures. Although
there are some hysteretic models available for CLT connections, the main challenge is how …

In the past decade, several parts of central United States, including Oklahoma, have
experienced unprecedented seismicity rates, following an increase in the volumes of …

Degradation models have become important analytic tools for industrial systems. In this
paper, a new two-stage stochastic degradation model is introduced with separate failure …

We present a probabilistic framework to assess induced seismicity hazard and risk, while
accounting for temporally-varying seismicity rates. The framework is based on the …

Since we cannot predict earthquakes, it is critical to better anticipate them and thus to save
time in enabling timely implementation of appropriate protection measures. To this end …

A two-phase modeling and estimation framework to structural health monitoring of
infrastructure components is presented in this paper. The main contribution of this paper is to …

An investigation of the seismic site response of induced earthquakes, compared to that of
natural earthquakes, is presented. A database of 116 ground motions from historic induced …