News

February 11, 2021

The Green Flash: High-speed infrared helps reveal safer hypergolic propellant

When SpaceX's Crew Dragon capsule splashed down off the Florida coast in August following its first crewed mission, the two astronauts inside could not exit the capsule immediately. Technicians outside had to confirm there were no airborne vapors from hydrazine, a highly toxic fuel used by the vehicle's hypergolic thrusters. Now, Purdue University combustion researchers are investigating a safer and less toxic hypergolic propellant, studying its explosive reaction with a new technique involving both visible and infrared high-speed cameras.
February 4, 2021

Guillermo Paniagua recognized by AIAA for ground testing

Guillermo Paniagua has been recognized by the AIAA (American Institute of Aeronautics & Astronautics) with its 2021 Ground Testing Award, recognizing excellence in modeling, simulation, and testing. Paniagua's facility at Zucrow Labs has unique wind tunnels that test supersonic and hypersonic flows.
February 2, 2021

Nicholas Vu: Midshipman + Boilermaker

Graduating from the United States Naval Academy is a lifelong goal for some; for others, completing a master's degree at Purdue is the ultimate accomplishment. Nicholas Toan-Nang "Nick" Vu (MSME '20) had the opportunity to do both.
February 1, 2021

Nominate a deserving undergrad for the Purdue ME Student Awards!

The School of Mechanical Engineering is giving awards to deserving sophomore, junior, and senior undergraduate students who demonstrate academic excellence, exemplify personal integrity, and exercise involvement in the community of Purdue University. But they can't win unless you nominate them! Deadline for nominations is Friday, March 19, 2021.
January 28, 2021

It is safe to ride elevators

A 3-month study led by Prof. Yan Chen concludes that, with proper safety protocols, riding on an elevator presents a low risk for COVID exposure. Chen conducted the study with the world's largest elevator company, Otis.
January 27, 2021

Stuck in the mud? Use a two-fluid model

Simple fluids are easy to model in computer simulations. But what if you're dealing with a mud or a slurry? For these complex flows, Purdue researchers have demonstrated the success of a two-fluid model, where the fluid and its suspended particles are modeled as if they were two separate fluids.
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