A-Z Index

1

  1. 1-MN

2

  1. 2-Phenylethanol (2-PE)

A

  1. A Comparative Experimental Study Of The Autoignition Characteristics Of Alternative And Conventional Jet Fuel/Oxidizer Mixtures
  2. A Comprehensive Experimental And Modeling Study Of Iso-Pentanol Combustion
  3. A Detailed Combined Experimental And Theoretical Study On Dimethyl Either/Propane Blended Oxidation
  4. A Jet Fuel Surrogate Formulated By Real Fuel Properties
  5. A Rapid Compression Machine For Chemical Kinetics Studies At Elevated Pressures And Temperatures
  6. A Surrogate Mixture And Kinetic Mechanism For Emulating The Evaporation And Autoignition Characteristics Of Gasoline Fuel
  7. A-Z Index
  8. Accelerating Moderately Stiff Chemical Kinetics In Reactive-Flow Simulations Using GPUs
  9. Aerodynamics Inside A Rapid Compression Machine
  10. Alternative Jet Fuels
  11. An Augmented Reduced Mechanism For Methane Oxidation With Comprehensive Global Parametric Validation
  12. An Automated Target Species Selection Method For Dynamic Adaptive Chemistry Simulations
  13. An Experimental Investigation On Ethylene/O2/Diluent Mixtures: Laminar Flame Speeds With Preheat And Ignition Delays At High Pressures
  14. An Experimental Study Of Kerosene Combustion In A Supersonic Model Combustor Using Effervescent Atomization
  15. An Experimental Study Of The Autoignition Characteristics Of Conventional Jet Fuel/Oxidizer Mixtures: Jet-A And JP-8
  16. An Investigation Of GPU-Based Stiff Chemical Kinetics Integration Methods
  17. Aromatics
  18. Atmospheric Pressure Counterflow Setup For Flame Studies
  19. Augmented Reduced Mechanisms For NO Emission In Methane Oxidation
  20. Autoignition Of Gasoline And Its Surrogates In A Rapid Compression Machine
  21. Autoignition Of H2/CO At Elevated Pressures In A Rapid Compression Machine
  22. Autoignition Of Methanol: Experiments And Computations
  23. Autoignition Of Methyl Butanoate Under Engine Relevant Conditions
  24. Autoignition Of Methylcyclohexane At Elevated Pressures
  25. Autoignition Of N-Butanol At Elevated Pressure And Low To Intermediate Temperature
  26. Autoignition Of N-Decane Under Elevated Pressure And Low-to-Intermediate Temperature Conditions
  27. Autoignition Of Toluene And Benzene At Elevated Pressures In A Rapid Compression Machine
  28. Autoignition Response Of N-Butanol And Its Blends With Primary Reference Fuel Constituents Of Gasoline

B

  1. Binary Blends Of Iso-Cetane And Tetralin
  2. Binary Blends Of N-C12/1-MN And I-C16/1-MN
  3. Biofuel Combustion
  4. Blank
  5. Blog
  6. Burning Velocity Measurements Of Microgravity Spherical Sooting Premixed Flames Using Rainbow Schlieren Deflectometry
  7. Butanol Isomers
  8. Butanol PRF Blends

C

  1. Catalytic Combustion Of Rich Methane/Oxygen Mixtures For Micropropulsion Applications
  2. Catalytic Cracking And Heat Sink Capacity Of Aviation Kerosene Under Supercritical Conditions
  3. Catalyzed Combustion In Micro-Propulsion Devices
  4. Catalyzed Combustion Of Hydrogen-Oxygen In Platinum Tubes For Micro-Propulsion Applications
  5. Catalyzed Ignition Of Methane/Hydrogen/Oxygen Mixtures In A Platinum Microtube For Microthruster Applications
  6. CFD Modeling Of Two-Stage Ignition In A Rapid Compression Machine: Assessment Of Zero-Dimensional Approach
  7. Chemical Kinetics And Self-Ignition In A Model Supersonic Hydrogen-Air Combustor
  8. Chemical Kinetics Investigation Using Rapid Compression Machines
  9. Combustion And Ignition Of Thermally Cracked Kerosene In Supersonic Model Combustors
  10. Comparative Autoignition Trends In The Butanol Isomers At Elevated Pressure
  11. Comparative Study Of The Counterflow Forced Ignition Of The Butanol Isomers At Atmospheric And Elevated Pressures
  12. Computational Fluid Dynamics Modeling Of Hydrogen Ignition In A Rapid Compression Machine
  13. Computed Flammability Limits Of Opposed-Jet H2/O2/CO2 Diffusion Flames At Low Pressure
  14. Computing Facilities
  15. Contact
  16. Conventional/Alternative Jet Fuels And Surrogate Fuels
  17. Counterflow Burners
  18. Counterflow Ignition Of N-Butanol At Atmospheric And Elevated Pressures
  19. CRC Diesel Surrogates

D

  1. Determination Of Flame Location Using Rainbow Schlieren Deflectometry
  2. Determination Of Laminar Flame Speeds Of Fuel Blends Using Digital Particle Image Velocimetry: Ethylene, N-Butane, And Toluene Flames
  3. Development Of Comprehensive Detailed And Reduced Reaction Mechanisms For Combustion Modeling
  4. Development Of Efficient And Accurate Skeletal Mechanisms For Hydrocarbon Fuels And Kerosene Surrogate
  5. Development Of Isopentanol Reaction Mechanism Reproducing Auto-Ignition Character At High And Low Temperatures
  6. Development Of Reduced Mechanisms
  7. Diesel Fuels And Their Surrogates
  8. Dilution Limits Of N-Butane/Air Mixtures At Conditions Relevant To HCCI Combustion
  9. Dimethyl Ether Autoignition In A Rapid Compression Machine: Experiments And Chemical Kinetic Modeling
  10. Dispersion And Catalytic Ignition Of Hydrogen Leaks
  11. Dispersion And Catalytic Ignition Of Hydrogen Leaks Within Enclosed Spaces
  12. DME
  13. DME-Methanol Blends
  14. Do Not Use

E

  1. Effect Of Ferrocene Addition On Sooting Limits In Laminar Premixed Ethylene/Oxygen/Argon Flames
  2. Effect Of Hydrogen Addition On The Counterflow Ignition Of N-Butanol At Atmospheric And Elevated Pressures
  3. Effects Of Entry Conditions On Cracked Kerosene-Fueled Supersonic Combustor Performance
  4. Effects Of Fuel Distribution On Detonation Tube Performance
  5. Effects Of Hydrogen Addition On Combustion Characteristics Of N-Decane/Air Mixtures
  6. Effects Of Hydrogen Peroxide Addition On Combustion Characteristics Of N-Decane/Air Mixtures
  7. Effects Of N-Butane Addition On Reformer Gas Combustion: Implications For The Potential Of Using Reformer Gas For An Engine Cold-Start
  8. Effects Of Reformer Gas Addition On The Laminar Flame Speeds And Flammability Limits Of N-Butane And Iso-Butane Flames
  9. Effects Of Vitiated Air On Hydrogen Ignition In A High-Speed Laminar Mixing Layer
  10. Emissions Reduction During Cold StartTransient In IC Engines
  11. Endothermic Fuels
  12. Events
  13. Experimental And Surrogate Modeling Study Of Gasoline Ignition In A Rapid Compression Machine
  14. Experimental Characterization Of Premixed Spherical Ethylene/Air Flames Under Sooting Conditions
  15. Experimental Database
  16. Experimental Investigation Of Lean-Dome High-Airflow Airblast Pilot Mixers’ Operability, Emissions, And Dynamics
  17. Experimental Investigation On Flameholding Mechanism And Combustion Performance In Hydrogen-Fueled Supersonic Combustors
  18. Experimental Studies On The Combustion Characteristics Of Alternative Jet Fuels
  19. Experiments And Numerical Simulations On Soot Formation In Counterflow Ethylene-Air Diffusion Flames

F

  1. FACE F & G
  2. FACE Gasoline A & C
  3. Facilities
  4. Flame Instability
  5. Flame Propagation And Extinction
  6. Flame Propagation And Extinction Characteristics Of Neat Surrogate Fuel Components
  7. Flame Temperature And Location Measurements Of Sooting Premixed Bunsen Flames By Rainbow Schlieren Deflectometry
  8. Form
  9. Front Page
  10. Fuel Distribution Effects On Pulse Detonation Engine Performance
  11. Fuel Ignition Tester
  12. Fuel Injection And Flame Stabilization In A Liquid Kerosene-Fueled Supersonic Combustor
  13. Fundamental Combustion Properties Of H2/CO Mixtures: Ignition And Flame Propagation At Elevated Pressures
  14. Fundamental Investigations For Lowering Emissions And Improving Operability
  15. Further Validation Of An Augmented Reduced Mechanism For Methane Oxidation: Comparison Of Global Parameters And Detailed Structure

G

  1. Gasoline Fuels And Their Surrogates
  2. GC/MS
  3. GPU Computing And SIMD/SIMT Vectorization

H

  1. H2-CO
  2. Heat Transfer Of Aviation Kerosene At Supercritical Conditions
  3. High Pressure Counterflow Setup For Flame Studies
  4. High Pressure Counterflow Setup For Forced Ignition Studies
  5. Home
  6. Homogeneous Charge Compression Ignition Of Binary Fuel Blends

I

  1. Ignition And Combustion Characteristics Of Decanoic Acid Derived Alkyl Esters In A Fuel Ignition Tester
  2. Ignition Delay Study Of Moist Hydrogen/Oxidizer Mixtures Using A Rapid Compression Machine
  3. Ignition In Supersonic Mixing Layer
  4. Ignition Propensity Of Hydrogen/Air Mixtures Impinging On A Platinum Stagnation Surface
  5. Influence Of Blending N-Butanol With Iso-Octane And N-Heptane On Ignition Delay Times In A Fuel Ignition Tester
  6. Investigation Of Kerosene Combustion Characteristics With Pilot Hydrogen In Model Supersonic Combustors
  7. Investigation Of Vaporized Kerosene Injection And Combustion In A Supersonic Model Combustor
  8. IR Spectroscopy
  9. Iso-Butene
  10. Iso-Octane
  11. Iso-Octane And Iso-Dodecane
  12. Iso-octane With Nitric Oxide, Exhaust Gases, And Nitrogen
  13. Iso-Pentanol

L

  1. Laminar Flame Speed Database
  2. Laminar Flame Speeds And Extinction Limits Of Conventional And Alternative Jet Fuels
  3. Laminar Flame Speeds And Extinction Limits Of Preheated N-Decane/O2/N2 And N-Dodecane/O2/N2 Mixtures
  4. Laminar Flame Speeds And Extinction Stretch Rates Of Selected Aromatic Hydrocarbons
  5. Laminar Flame Speeds Of Moist Syngas Mixtures
  6. Laminar Flame Speeds Of Preheated Iso-Octane/O2/N2 And N-Heptane/O2/N2 Mixtures
  7. Laminar Flame Speeds Of Primary Reference Fuels And Reformer Gas Mixtures
  8. Laminar Flame Speeds Of Transportation-Relevant Hydrocarbons And Jet Fuels At Elevated Temperatures And Pressures
  9. Laser Induced Incadescence
  10. Lean Direct Injection (LDI) Combustion
  11. Lean-Dome Pilot Mixers’ Operability Fundamentals

M

  1. MCH
  2. Mechanism Reduction For Multicomponent Surrogates: A Case Study Using Toluene Reference Fuels
  3. Methanol
  4. Methyl Pentanoate
  5. Methyl Propanoate
  6. Mid-IR Absorption Spectroscopy
  7. Mittal & Sung - MCH
  8. Moist H2
  9. Moist Syngas
  10. Multiplex CARS Measurements In Supersonic Hydrogen/Air Combustion

N

  1. N-propylcyclohexane (nPCH)
  2. New Rapid Compression Machine
  3. Numerical Simulation Of Ignition And Combustion Of Ethylene In A Supersonic Model Combustor With A Reduced Kinetic Mechanism

O

  1. Old Rapid Compression Machine
  2. On Flammability Limits Of Dry CO/O2 Opposed-Jet Diffusion Flames
  3. On Lean Direct Injection Research
  4. On Stretch-Affected Pulsating Instability In Rich Hydrogen/Air Flames: Asymptotic Analysis And Computation
  5. On The Importance Of Graph Search Algorithms For DRGEP-based Mechanism Reduction Methods
  6. Our Team

P

  1. PAH Formation In Counterflow Non-Premixed Flames Of Butane And Butanol Isomers
  2. PAH Formation In Counterflow Non-Premixed Flames Of Butane And Butanol Isomers
  3. Particle Image Velocimetry
  4. Performance Of Supersonic Model Combustors With Staged Injections Of Supercritical Aviation Kerosene
  5. Personnel
  6. Planar Laser Induced Flourescence
  7. Propane-DME-Blends
  8. Propene
  9. Publications
  10. Pulsating Instability In The Fundamental Flammability Limit Of Rich Hydrogen/Air Flames
  11. PyJac: Analytical Jacobian Generator For Chemical Kinetics

R

  1. Rapid Compression Machines
  2. RCM Database
  3. RCM Modeling
  4. RCM Temperature Uncertainty Analysis
  5. RD387
  6. RD387 Gasoline Surrogates
  7. Reaction Kinetics Of CO+HO2→Products: Ab Initio Study And Master Equation Modeling
  8. Recent Progress And Challenges In Exploiting Graphics Processors In Computational Fluid Dynamics
  9. Reduced Chemistry For A Gasoline Surrogate Valid At Engine-Relevant Conditions
  10. Reduced Chemistry For Butanol Isomers At Engine-Relevant Conditions
  11. Research Activities

S

  1. Sample Page
  2. Significance Of The HO2+CO Reaction During The Combustion Of CO+H2 Mixtures At High Pressures
  3. Skeletal Mechanism Generation
  4. Skeletal Mechanism Generation For Surrogate Fuels Using Directed Relation Graph With Error Propagation And Sensitivity Analysis
  5. Soot Formation In Counterflow Non-Premixed Ethylene Flames At Elevated Pressures
  6. Soot Formation In Non-Premixed Counterflow Flames Of Butane And Butanol Isomers
  7. Soot Formation In Non-Premixed Counterflow Flames Of Butane And Butanol Isomers
  8. Soot Formation In Non-Premixed Counterflow Flames Of Conventional And Alternative Jet Fuels
  9. Sooting Flames And Limits
  10. Steady And Pulsating Propagation And Extinction Of Rich Hydrogen/Air Flames At Elevated Pressures
  11. Structural Sensitivity, Response, And Extinction Of Diffusion And Premixed Flames In Oscillating Counterflow
  12. Structure And Sooting Limits In Counterflow Methane/Air And Propane/Air Diffusion Flames From 1 To 5 Atmospheres
  13. Structure, Aerodynamics, And Geometry Of Premixed Flamelets
  14. Supersonic Combustion
  15. Syngas Combustion

T

  1. Temperature Measurements In A Rapid Compression Machine Using Mid-IR H2O Absorption Spectroscopy Near 7.6 µm
  2. Tetralin
  3. The Blending Effect On The Sooting Characteristics Of Alternative/Conventional Jet Fuel Blends In Non-Premixed Flames
  4. The Distillation Curve And Sooting Propensity Of A Typical Jet Fuel
  5. The Experimental Evaluation Of A Methodology To Surrogate Fuel Formulation For The Emulation Of Gas Phase Combustion Kinetic Phenomena By A Theory Of Real Fuel Oxidation
  6. The Impact Of Swirling Flow Strength On Lean-Dome LDI Pilot Mixers' Operability And Emissions
  7. The Influence Of Intake Pressure And Ethanol Addition To Gasoline On Single- And Dual-Stage Auto-Ignition In An HCCI Engine
  8. The Role Of Pulsating Instability And Global Lewis Number On The Flammability Limit Of Lean Heptane/Air Flames
  9. Thermal Cracking And Heat Sink Capacity Of Aviation Kerosene Under Supercritical Conditions
  10. Time Resolved PIV
  11. Toluene And Benzene
  12. Trans-Decalin
  13. Transportation Relevant Hydrocarbons
  14. Two-Line Thermometry And H2O Measurement For Reactive Mixtures In Rapid Compression Machine Near 7.6 µm

U

  1. ULSD#2 & FD9A Diesel Fuel
  2. Ultra-Dilute Combustion Of Primary Reference Fuels
  3. Using SIMD And SIMT Vectorization To Evaluate Sparse Chemical Kinetic Jacobian Matrices And Thermochemical Source Terms

V

  1. Vortex Formation In A Rapid Compression Machine: Influence Of Physical And Operating Parameters

W

  1. Weber Et Al. - MCH