Adedotun Moronkeji, CE’07, is part of the next wave of tsunami research. Moronkeji spent last summer helping to create model-scale experiments at Oregon State University’s Tsunami Wave Basin, the largest facility of its type in North America.
When a water supply is contaminated, people are usually ordered to boil their H2O. But if Curt Elmore’s emergency drinking water system proves reliable, people will be able to drink water that has been treated with ultraviolet energy.
The Mississippi Delta region was losing land long before Hurricane Katrina came ashore. But the correlation between land loss and the risk of flooding in the region is now more evident than ever.
Making a balloon out of glass might not seem like such a great idea on the surface – but Hank Rawlins, MetE’91, MS MetE’92, a graduate student in metallurgical engineering, thinks glass balloons might turn out to be the best way to put monitoring equipment in the upper atmosphere.
A team of UMR researchers found concentrations of leachable arsenic and lead above drinking water standards in sediment and soil samples collected from New Orleans’ parishes following Hurricane Katrina in 2005.
A group of UMR researchers led by Genda Chen has developed a way to retrofit bridges to help them withstand everything from blasts to earthquakes to old age.
A UMR mechanical engineer and two of his colleagues have received a patent for a system that could improve the performance of electric motors.
While the chrome in your car’s bumper isn’t hazardous to your health, producing that chrome can be.
Members of the UMR chapter of Engineers Without Borders are working to design sustainable solutions to problems ranging from waste management to energy generation for residents of Bolivia, Guatemala and Honduras.
If the Missouri Department of Transportation improved its sources of biodiesel, the department would be able to meet a legislative mandate requiring 75 percent of its diesel vehicle fleet and heavy equipment be fueled with B-20 – biodiesel.