Davide Geremia

Davide Geremia is a Postdoctoral Researcher specializing in geophysics, petrophysics, and rock mechanics. His research focuses on fluid-rock interaction processes, seismic monitoring, and mechanical behavior of porous rocks under varying conditions. He has conducted extensive studies on water weakening mechanisms, CO2 storage, and ultrasonic-based monitoring techniques in carbonate and granitic rocks.

Key research areas include wave propagation modeling, viscoelastic relaxation, and chemical degradation in critically stressed rocks. His work bridges laboratory experiments with field-scale processes, particularly in energy transition contexts such as carbon sequestration and reservoir engineering.

Notable contributions involve developing devices for fracture toughness measurement and integrating ultrasonic techniques with fluid injection experiments. His studies have addressed challenges in understanding how fluid dynamics influence rock mechanical properties and geophysical signatures in reservoirs and volcanic calderas.