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  • BradyCounterflowIgnitionOfN-Butanol.pdf

    Creator:
    Brady, Kyle B., Hui, Xin, Sung, Chih-Jen, and Niemeyer, Kyle E.
    Abstract:
    Critical to the development of predictive combustion models is a robust understanding of the coupled effects of chemical kinetics and convective-diffusive transport at both atmospheric and elevated pressures. The present study describes a new variable-pressure non-premixed counterflow ignition experiment designed to address the need for well-characterized reference data to validate...
    Full Text:
    elevated pressures Kyle Brady †a , Xin Hui a,b , Chih-Jen Sung a , Kyle Niemeyer c a

  • BradyCounterflowIgnitionOfN-ButanolAppendixC.pdf

    Creator:
    Brady, Kyle B., Hui, Xin, Sung, Chih-Jen, and Niemeyer, Kyle E.
    Abstract:
    Critical to the development of predictive combustion models is a robust understanding of the coupled effects of chemical kinetics and convective-diffusive transport at both atmospheric and elevated pressures. The present study describes a new variable-pressure non-premixed counterflow ignition experiment designed to address the need for well-characterized reference data to validate...
    Full Text:
    Skeletal - 1 atm Skeletal - 5 atm Skeletal - 10 atm Ig n iti o n D e la y ( m s ) 1000/T (1/K

  • BradyCounterflowIgnitionOfN-ButanolAppendixB.pdf

    Creator:
    Brady, Kyle B., Hui, Xin, Sung, Chih-Jen, and Niemeyer, Kyle E.
    Abstract:
    Critical to the development of predictive combustion models is a robust understanding of the coupled effects of chemical kinetics and convective-diffusive transport at both atmospheric and elevated pressures. The present study describes a new variable-pressure non-premixed counterflow ignition experiment designed to address the need for well-characterized reference data to validate...

  • BradyCounterflowIgnitionOfN-ButanolAppendixA.pdf

    Creator:
    Brady, Kyle B., Hui, Xin, Sung, Chih-Jen, and Niemeyer, Kyle E.
    Abstract:
    Critical to the development of predictive combustion models is a robust understanding of the coupled effects of chemical kinetics and convective-diffusive transport at both atmospheric and elevated pressures. The present study describes a new variable-pressure non-premixed counterflow ignition experiment designed to address the need for well-characterized reference data to validate...

  • Counterflow ignition of n-butanol at atmospheric and elevated pressures

    Creator:
    Brady, Kyle B., Hui, Xin, Sung, Chih-Jen, and Niemeyer, Kyle E.
    Abstract:
    Critical to the development of predictive combustion models is a robust understanding of the coupled effects of chemical kinetics and convective-diffusive transport at both atmospheric and elevated pressures. The present study describes a new variable-pressure non-premixed counterflow ignition experiment designed to address the need for well-characterized reference data to validate...
    Resource Type:
    Article