Department of Defense Funds Georgia Tech to Enhance U.S. Hypersonics Capabilities Tags ME Faculty Research Heat Transfer, Combustion and Energy Systems Manufacturing Mechanics of Materials Fluid Mechanics Read more about Department of Defense Funds Georgia Tech to Enhance U.S. Hypersonics Capabilities
Marta Hatzell Named a Moore Inventor Fellow Tags ME Micro and Nano Engineering Heat Transfer, Combustion and Energy Systems Faculty Awards Read more about Marta Hatzell Named a Moore Inventor Fellow
Two Professors Named Woodruff Faculty Fellows Tags ME Micro and Nano Engineering Heat Transfer, Combustion and Energy Systems Read more about Two Professors Named Woodruff Faculty Fellows
Zhang Honored with AIAA and ASME Awards Tags ME Awards Heat Transfer, Combustion and Energy Systems Read more about Zhang Honored with AIAA and ASME Awards
Four Endowed Professors Named Tags ME Fluid Mechanics Manufacturing Heat Transfer, Combustion and Energy Systems Read more about Four Endowed Professors Named
New Instrument Will Uncover Structure and Chemical Composition on Sub-Cell Scale Tags ME Heat Transfer, Combustion and Energy Systems Read more about New Instrument Will Uncover Structure and Chemical Composition on Sub-Cell Scale
Solving the World’s Growing Problem Tags ME Heat Transfer, Combustion and Energy Systems Read more about Solving the World’s Growing Problem
Machine Learning Trains Atomic Potentials Needed to Accelerate Materials Innovation Tags ME Mechanics of Materials Heat Transfer, Combustion and Energy Systems Read more about Machine Learning Trains Atomic Potentials Needed to Accelerate Materials Innovation
Hatzell Part of Team Tackling Improved Recycling and Manufacturing of Lithium-ion Batteries Tags ME Heat Transfer, Combustion and Energy Systems Read more about Hatzell Part of Team Tackling Improved Recycling and Manufacturing of Lithium-ion Batteries
Novel Data Analysis using Deep Learning for Frequency-Domain Thermo-Reflectance Tags ME Heat Transfer, Combustion and Energy Systems Read more about Novel Data Analysis using Deep Learning for Frequency-Domain Thermo-Reflectance
