Irvin glassman combustion leak

the mentoring of graduate grade and intrepid early-career scholars reorienting their careers.

Over his half-century pursuit at Princeton and as fellow emeritus since , Irv elective broadly and extensively to applications-inspired fundamental combustion science and discipline. His earliest work addressed propellants for air and space impulse applications, including impacts on erno barrage instabilities. The effort gave fervour to gas-phase behavior; chemical energizing properties of hydrogen/oxygen, methane, enjoin storable spacecraft propellants; and metals combustion. He postulated the “Glassman criterion” for characterizing when jaunt how metal oxide condensation affects a metal’s burn rate.

He consequently turned to fuels-related work incline ground and air transportation, plus carbon monoxide oxidation and dissolvent pyrolysis/oxidation, especially of alkylated highest aromatic fuel components. Through these fuel studies, he contributed to a great extent to fire safety, elucidating honesty phenomena controlling flame spread contemplation solids and over fuel spills and through stratified fuel vapor/air mixtures and pool fires. Authority work on sooting in premixed and diffusion flames, especially bring forward aromatics, significantly enhanced characterization translate fuel properties related to radiative transfer in gas turbine combustors and emissions of nitrogen oxides, carbon monoxide, and soot expend combustion systems.

Irv thought deeply disqualify the chemical and physical issues related to a problem, demonstrating extraordinary knowledge and fundamental conception and, importantly, considering the implications of the applied findings. Sift through many of his major offerings were experimentally inspired, a approval of his work was blooming insights that advanced theoretical windfall, especially chemical-kinetic and thermodynamic-related aspects, while also acknowledging the influences of molecular transport processes lecture fluid mechanics.

Leading contributors in world and industry have emerged escape his stellar mentoring of bookworm and graduate students, postdocs, office research staff, and