Purdue University Mechanical Engineering | Flame control using electric fields @PurdueME | Uploaded April 2024 | Updated October 2024, 7 hours ago.
Full story: https://www.purdue.edu/newsroom/releases/2024/Q1/purdue-innovations-use-electric-fields-and-electrode-configurations-to-manipulate-a-flames-shape-heat-release.html
As a flame changes shape by the millisecond, its heat release and stability are affected. Purdue University researchers have created patent-pending methods to dynamically manipulate a flame — from stable to oscillating to agitated — using electric fields and electrode configurations to control its heat release. Galen King and Dustin Cruise are among the first to conduct research on anchor points to subtly change a flame’s shape and manipulate its heat release. King is a professor emeritus in the School of Mechanical Engineering; Cruise earned his master’s and doctoral degrees under King.
Purdue Mechanical Engineering: https://purdue.edu/ME
Full story: https://www.purdue.edu/newsroom/releases/2024/Q1/purdue-innovations-use-electric-fields-and-electrode-configurations-to-manipulate-a-flames-shape-heat-release.html
As a flame changes shape by the millisecond, its heat release and stability are affected. Purdue University researchers have created patent-pending methods to dynamically manipulate a flame — from stable to oscillating to agitated — using electric fields and electrode configurations to control its heat release. Galen King and Dustin Cruise are among the first to conduct research on anchor points to subtly change a flame’s shape and manipulate its heat release. King is a professor emeritus in the School of Mechanical Engineering; Cruise earned his master’s and doctoral degrees under King.
Purdue Mechanical Engineering: https://purdue.edu/ME
