SEMINAR: Fluid Dynamics & the US ARMY Research Office
EB3 2207Abstract: Dr. Matthew Munson currently serves as Program Manager for Fluid Dynamics at the U.S. Army Research Office. Fluid dynamics plays a critical role in...
Abstract: Dr. Matthew Munson currently serves as Program Manager for Fluid Dynamics at the U.S. Army Research Office. Fluid dynamics plays a critical role in...
Abstract: Different versions of time delay and decay models have been used to model unsteady aerodynamics and the effects of actuation on the lift of...
Abstract: From transistors to LEDs, as device length scales trend downward, poor thermal dissipation increasingly leads to nanoscale hotspots that limit performance. To address this...
Abstract: Wouldn’t it be great to perform a surgery without incision or bleeding? “Histotripsy” is a new non-invasive ultrasound ablation technique. Using ultrasound pulses applied...
Abstract: Mobile robots have the potential to revolutionize fields as diverse as agriculture, emergency response, and extraplanetary exploration. Legged robots in particular could enable access...
Abstract: Vortex models have been used for decades as computationally-efficient tools to investigate unsteady aerodynamics. However, their utility for separated flows—particularly, when such flows are...