This seminar explores how mathematical models help us investigate human physiology, interpret experimental observations, and make predictions under extreme environmental conditions.
Much of the San Francisco Bay Area's waterfront is built on artificial fill placed over soft bay deposits. This ground is susceptible to liquefaction and lateral spreading during a design earthquake, which threatens the stability of essential shoreline infrastructure.
Trained as an engineer with a B.S. in General Engineering from Gonzaga University and a Ph.D. in Education from UCLA, Dr. Hughes studies belonging, identity, persistence, and inclusion in STEM, with particular attention to the experiences of LGBTQ+ students and professionals.
Faculty and students are invited to attend this special opportunity featuring Dr. Andrew Boulanger, University Fuel Services Program Manager for the Department of Energy.
Desalination is rapidly becoming a core element of our future water systems. Not only does it allow us to tap into alternative water sources like brackish groundwater and seawater, but it is also central to water reuse.
Connect with the UC Davis College of Engineering at the Graduate + Professional Schools Fair to learn more about our graduate programs, pathways to graduate study, how to prepare your application and funding opportunities.
Here we investigate the use of a mass conserved concept of using metastructures for reducing vibrations and, in the case of aircraft, provide flow control.
This presentation will discuss the evaluation of several upper reservoir dam alternatives, including concrete-faced rockfill dams (CFRDs), geomembrane-faced rockfill dams, roller compacted concrete (RCC) dams, and asphalt-core rockfill dams.
Livestock are an important source of food, nutrition, livelihoods, and agricultural income globally, but ruminant production is also a major source of methane emissions.
Connect with the UC Davis College of Engineering at the 2026 UCR Graduate, Professional, and Law School Fair to learn more about our graduate programs, pathways to graduate study, how to prepare your application and funding opportunities.
A two-beam interferometer measures the difference of phases accumulated by two optical beams, - originated from a same source, that traverse two physical paths and meet again at some point in space.
