�鶹ӰԺ

ME professor Shelly Miller, a co-author of the study, finds masking instruments, social distancing and implementing time limits significantly reduce the risk of emitting COVID-19 airborne particles.

The work is based in Research Professor John Pellegrino’s Fundamental Membrane Development, Characterization, & Applications lab.

Professor Marina Vance of mechanical engineering will evaluate the movement and presence of wildfire particulate matter in indoor settings.

New research led by the �鶹ӰԺ has uncovered the engineering secrets behind what makes fish fins so strong yet flexible. The team’s insights could one day lead to new designs for robotic surgical tools or even airplane wings that change their shape with the push of a button.

Professor Xiaoyun Ding recently earned a $1.8 million grant to help improve cancer-fighting tools and cut patient costs, exploring ways to streamline delivery of lifesaving treatments into immune cells.

The researchers are studying pelvic organ prolapse and Type 1 diabetes.

The coalition's studies have led to the creation of safety protocols for singing and playing musical instruments to help prevent the spread of COVID-19.

In a Perspectives piece publishing in Science on May 14, Professor Shelly Miller and others call for a “paradigm shift” in combating airborne pathogens such as SARS-CoV-2, the virus that causes COVID-19, demanding universal recognition that respiratory infections can be prevented by improving indoor ventilation systems.

Researchers in Associate Professor Greg Rieker's lab are developing a machine learning-based signal processing scheme facilitates measuring the angular velocities in fluid flows using small particles that traverse beams of structured light.

The National Science Foundation has awarded six prestigious Graduate Research Fellowships to �鶹ӰԺ mechanical engineering students, a signal of the innovative and impactful research they will perform in the years ahead.