Deyu Li

Professor of Mechanical Engineering Deyu Li has been awarded an inaugural National Science Foundation TRAILBLAZER Engineering Impact Award to extend Max Planck’s theory of thermal radiation from equilibrium thermal sources to a regime where non-equilibrium energy carriers can lead to significantly enhanced radiative heat dissipation. Read More

Vanderbilt mechanical engineering professors Deyu Li and Josh Caldwell are part of a team of researchers who have discovered a new heat dissipation channel using phonon polaritons that could have extensive implications for novel cooling technologies in devices like smart phones and other modern electronics. Read More

Vanderbilt mechanical engineering professors Deyu Li and Josh Caldwell are part of a team of researchers who have discovered a new heat dissipation channel using phonon polaritons that could have extensive implications for novel cooling technologies in devices like smart phones and other modern electronics. The research was recently published in Nature Communications under the... Read More

The relentless increase in heat loads imposed on devices in modern technologies is driving renewed interest among engineers and materials scientists in the area of heat transfer. A team of engineers led by Vanderbilt professor Deyu Li has shown experimentally that the thermal conductivity of a special kind of ultra-thin nanowire becomes divergent with the wire length. Read More

The relentless increase in heat loads imposed on devices in modern technologies is driving renewed interest among engineers and materials scientists in the area of heat transfer. A key challenge is finding approaches to enhance the materials’ capability of conducting heat. A team of engineers led by Vanderbilt mechanical engineering Professor Deyu Li and his... Read More

The relentless increase in heat loads imposed on devices in modern technologies is driving renewed interest among engineers and materials scientists in the area of heat transfer. A key challenge is finding approaches to enhance the materials’ capability of conducting heat. A team of engineers led by Vanderbilt mechanical engineering Professor Deyu Li and his... Read More

Mechanical stress appears to be a critical factor in activating normal tissue-associated fibroblasts to generate cancer-associated fibroblasts. Read More

Three Vanderbilt researchers have received an award designed to better understand how complex behaviors emerge from brain activity. Read More

The Earl Sutherland Prize for Achievement in Research was presented to John Gore by Chancellor Nicholas S. Zeppos during the Fall Faculty Assembly Sept. 22. Deyu Li, associate professor of mechanical engineering, was one of five faculty members receiving a Chancellor’s Award for Research, which also recognizes excellence in research, scholarship, or creative expression. Read More

"Vanderbilt's Nobel Prize," the Earl Sutherland Prize for achievement in research, was awarded to John Gore at the Fall Faculty Assembly, while Gordon Bernard received the Thomas Jefferson Award for distinguished service to Vanderbilt. Read More

Creating a device out of human cells that simulates brain chemistry is the goal of a $6.4 million grant which is part of major new federal initiative to develop a series of “organs on a chip” designed to improve the drug development process. Read More

Vanderbilt engineers have discovered a surprising new way to increase a material’s thermal conductivity that provides a new tool for managing thermal effects in computers, lasers and a number of other powered devices. Read More

The Division of Sponsored Research received notification in March that the following grants in excess of $25,000 had been awarded: Julie A. Adams, Electrical Engineering and Computer Science, has received an award in the amount of $25,000 by the Department of Defense for “Expeditionary Capabilities Consortium:  Urban Operations Laboratory.”… Read More