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still rely heavily on combustion of fossil fuels to supply high temperature process heat (>500 °C). The ongoing rapid expansion of cheap renewable electricity gives an opportunity to electrify this
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research in hypersonics. This will include hydrogen combustion, non-equilibrium thermochemistry/radiation, heat flux augmentation from roughness and blowing, boundary layer transition and diagnostic
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Rutgers, which involves collaboration with faculty with backgrounds in fluid dynamics, combustion, heat transfer, and solid mechanics. Position Status Full Time Posting Number 26FA0856 Posting Open
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faculty positions in mechanical science and engineering. We welcome applications focusing on energy, thermal fluids and/or combustion, manufacturing and mechanics of materials. Successful candidates
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Mechanical Systems; Thermal Fluids and Combustion; and Computational and Modeling Design. This research is sponsored by a combination of government and industry sources, both domestically and
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, with pollutants, including black carbon particulates formed from the incomplete combustion of fossil fuels and biomass, and heavy metals deposited across agricultural landscapes from grazed peat-rich
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planets (Neptune, Martian) entry; heat flux augmentation from non-conformal surfaces; supersonic boundary layer combustion. These will involve the application of both existing and new experimental
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position to the search committee chair by email at at [email protected] . Review of Applications Begins On 12/01/2026 Website https://engineering.msu.edu/departments/me Department Statement The
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with the following tasks: general boiler plant operation, including boiler draft and combustion control, feed water, steam systems, auxiliary equipment monitoring and operation, blowing soot in the
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collaborations in the fields of turbine aerodynamics, heat transfer, acoustics and combustion research. The core competence currently lies in the experimental and numerical aerodynamic investigation of single