Contact Information
151 Computing Applications Building
605 E. Springfield Avenue
M/C 235
605 E. Springfield Avenue
M/C 235
Professor Emeritus
Research Description
My research interests are broadly described as geological fluid dynamics, and they include field, theory, and experimental aspects.
PLANETARY AND TERRESTRIAL VOLCANOES AND GEYSERS
Study volcanoes and geysers on or near the surface of the Earth and other planets and satellites, including Mars, Io (a satellite of Jupiter), Enceldaus (a satellite of Saturn), and Triton (a satellite of Neptune).
SHOCK WAVES AND HYDRAULIC JUMPS IN GEOLOGICAL FLOWS
Examine the effect of shock waves in volcanic eruptions and meteorite impacts and that of hydraulic jumps in river flows. Apply the shallow water/compressible flow analogy to the study of volcanic eruptions.
THERMODYNAMICS
Develop phase diagrams and equations of state for substances at the extreme conditions found in geological flows.