We are excited to present our latest research paper, which deepens into the possibility of creating a slow aseismic response in an earthquake model by fluid injections. The implications of this research are promising, offering enhanced earthquake control strategies.
Our approach involves employing a wave partial differential equation with uncertain multiplicative parameters and additive boundary and in-domain terms. Through the design of a robust homogeneous boundary feedback controller using a Lyapunov approach, we aim to drive the slip and slip-rate of the wave equation to follow a slow reference. This controlled response allows for the dissipation of stored energy, contributing to a slow-aseismic behavior.
Explore the details here: https://www.sciencedirect.com/science/article/pii/S0167691123001184