support@kaust.edu.sa
+966 (12) 808-3463
Home
People
Current
Alumni
Research
Cryogenic Carbon Capture
Publications
2020
2019
2018
2017
2016
2015
2014
2013
2012
2011
2010
Facilities
News
The high-pressure combustion (HPC)
Search
2010
Home
Publications
Author
A. A. Campos
A. A. Khateeb
A. Abdelgadir
A. Ahmed
A. Albaz
A. Alkhateeb
A. Attili
A. Bennett
A. Chen
A. Farooq
A. Gani
A. Jamal
A. Katoch
A. M. Elbaz
A. M. Grunden
A. Maloney
A. Masri
A. N. Gandi
A. R. Masrif
A. Satija
A. V. Kuznetsov
A.A. Konnov
A.D. Sediako
A.G.A. Jameel
A.H. Emwas
A.M. Elbaz
A.M. Mahuthannan
A.R. Behzad
A.R. Masri
B. A. Metzger
B. Chen
B. Lee
B. Mohammad
B. Mohan
C. Cavallotti
C. G. Saravanan
C. Gong
C. J. King
C. Lee
C. Mounaim-Rousselle
C. Wilson
C. Winterrowd
D. E. Paxson
D. G. Nash
D. Lacoste
D. Ogunkoya
D.A. Lacoste
D.H. Anjum
E. Allen
E. Cenker
E. K. Book
E. Kwon
E.F. Nasir
E.J.K. Nilsson
F. Bisetti
F. D. Sabatino
F. Foucher
F. H. Perez
F. Zheng
F.D. Domenico
F.D. Sabatino
F.E.H. Perez
G. Goteng
G. Magnotti
H. Amin
H. H. Lamb
H. Lin
H. Mitsudharmadi
H. Sederoff
H. Zheng
H.A. Moneib
H.G. Im
H.J. Curran
I. A. Alghamdi
I. Alkhesho
I. Khesho
I. Rakha
J. Badra
J. Badrah
J. Burkholder
J. Chang
J. Du
J. G. Immer
J. Goldmeer
J. Lisanti
J. McIntosh
J. Moeck
J. O. L. Wendt
J. P. Ford
J. S. Herrington
J. Sim
J. Wendt
J. Zhang
J.C. Lisanti
J.P. Moeck
J.S. Damazo
K. Al-Qurashi
K. D. Zering
K. Sun
K.M. Shebil
K.S. Giri
L. Angelilli
L. Dean
L. F. Stikeleather
L. Hou
L. Jiang
L. Wang
L. Wanga
M. Andersen
M. C. Yin
M. Cha
M. D. Bohon
M. F. Zayed
M. F. Zayedb
M. Hantouche
M. J. Al Rashidi
M. J. Kelly
M. Jaasim
M. Juddoo
M. Juddoof
M. Khurshid
M. M. Rahman
M. Mehl
M. Qatomah
M. S. Mansour
M. S. Mansoura
M. S. Senosye
M. Samy
M. Sarathy
M. Valorani
M. Younes
M.D. Bohon
M.Dunn
M.F. Zayed
M.J. Thomson
M.S. Cha
M.S. Mansour
M.S. Senosy
M-L. Sauer
N. B. Swanson
N. Doan
N. Hourani
N. Lokachari
N. Modak
N. Muthukumaran
N. Naser
N. Sawminathan
N. Thapaliya
O. A. Kuti
O. Brignoli
O. Hazzaa
O. Mannaa
O. S. Mannaa
O.A. Mannaa
O.M. Knio
P. Brequigny
P. Glaser
P. Guida
P. Kolar
P. Liu
P. P. Ciottoli
P. Zhang
P.-C. Chen
R. A. Schrecengost
R. Carolan
R. Dibble
R. H. Natelson
R. K. A. Kailasanathan
R. K. Cade
R. Lucht
R. M. Galassi
R. Vallinayagam
R. W. Dibble
Ranjith Kumar A.K
S M. Sarathy
S. A. Steinmetz
S. Chowdhury
S. Chung
S. H. Chung
S. Hochgreb
S. Kim
S. Krishna
S. Kumar
S. M. A. Noman
S. M. Sarathy
S. Maharjan
S. Mixson
S. P. R. Yadav
S. Ruan
S. Saxena
S. Schreck
S. Sioud
S. Srirangan
S. Steinmetz
S. Telalović
S. Vedharaj
S. Y. Yang
S. Yu
S.A. Steinmetz
S.H. Chung
S.J. Klippenstein
S.M. Sarathy
S.W. Wagnon
S.Y. Mohamed
T. Fang
T. Fanga
T. Geng
T. Guiberti
T. L. B. Yelverton
T. L. Turner
T.F. Guiberti
V. M. Reddy
V. Reddy
V. S. B. Shankar
V.M. Reddy
W L. Roberts
W. Boyette
W. Jing
W. L. Roberts
W. L. Robertsc
W. Linak
W. M. Yang
W. P. Linak
W. Preston
W. Roberts
W. Robertsc
W. Zhang
W.-C. Wang
W.J. Pitz
W.J. Yang
W.L. Roberts
W.R. Boyette
X. Bai
X. Liu
X. Pei
X. Zhu
X.Liua
X.S. Bai
Y. Han
Y. Krishna
Y. Qahtani
Y. Wang
Y. Xiong
Y. Zhang
Y.A. Qahtani
Y.H. Liao
Z. Chen
Z. Dawood
Z. Li
Z. Lu
Z. Wang
Z. Wu
Keywords
1H and 13C NMR spectroscopy
Acrolein measurements
Aggregate
Alcohol
Algal oils
Alkanes
Ammonia
Annular fuel jet
APPI (+) FT-ICR mass spectrometry
Aromatic Compounds
Aromatization
Asphaltene
Asphaltenes
Atmospheric pressure plasma
Auto-ignition
Aviation kerosene
Bath Gas Heating
Biodiesel
Biofuel
Biofuel production
Biofuels
Bio-fuels
Biomass to liquid
Biomass-based fuel combustion
BTL
Burner development
Burner quarl
Burner scaling
Calophyllum inophyllum oil
Camelina
Canola
Catalyst
Catalytic cracking
CC-CNSL
Cenosphere
CFD
CH2O-PLIF
Chemical kinetic simulation
Chemical Reactions
Chemiluminescence
CNSL (cashew nut shell liquid)
Coflow flames
Coherent Anti-Stokes Raman Spectroscopy
Combustion
Combustion and combustion processes
Combustion chambers
Combustion dynamics
Common rail
Conical swirl stabilized
Constant volume chamber
Continuous hydrolysis
Correlated joint PDF
Corrosion
Counterflow
Counterflow diffusion flames
Counterflow flame
Cracking
Crude Oil
Cyclization
Decarboxylation
Dehydrocyclization
Deoxygenation
Diesel
Diesel engine
Diesel engines
Diesel Particulate Emissions
Diesel-Range Hydrocarbons
Differential mobility analyzer
Differential mobility analyzer (DMA)
Diffusion combustion mode
Diglycerides
Diluent
Dimethyl ether
Dimethyl ether (DME)
Direct injection spark ignition (DISI)
Dunaliella
Edge-flame
Ejector
Elemental carbon
Elevated pressure
Elimination Reactions
Emission
Emission and gasoline
Emission characterization
Emissions
Energy Systems
Engine Technology
Engineering Thermodynamics
Ethanol
Ethylene
Evaporating
Excess air ratio
Extractive sampling
FACE gasoline
FFA
Flame arrester
Flame dynamics
Flame generated aerosols
Flame instability
Flame method
Flame soot sampling
Flame stability
Flame stretch
Flame structure
Flame structures
Flame transfer function
Flameless combustion
Flames
Flash boiling
Flow field
Flowfield
Fly ash
Formulation
Fossil fuelsMixtures
Free fatty acid
Free fatty acids
Front
Fuel cooling system
Fuel injection pressure
Fuel quantity
Fuel Spary
Fuels and Emissions
Gas concentration
Gasohol
Gasoline
Gasoline compression ignition (GCI)
Gasoline direct injection (GDI)
Gasoline direct injection (GDI) engine
Gasoline direct injection engine
Gasoline surrogates
G-equation
Glycerol
Glycerol combustion
Heat and Mass Transfer
Heat transfer
Heavy fuel oil
Heavy fuel oil (HFO)
High intensity
High pressure
High Reactivity Fuel
High reactivity gasoline-like fuel
High temperature highly diluted combustion
high-pressure high-temperature (HPHT) combustion chamber
High-pressure injection
High-reactivity gasoline
High-reactivity gasoline fuels
Hollow-cone spray
Hydrocarbon fuels
Hydrocarbons
Hydrolysis
Hydrotreating
Hydroxylated
Ignition
Ignition delay
Ignition quality tester (IQT)
Ignition timing
Incipient soot
Inhomogeneity
Inhomogeneous inlets
Inverse diffusion flames
Inverse swirling flame
Ion Fuel-Borne
IQT
Iso-octane
Jet fuel
Jet in Hot Coflow (JHC)
JSR
Kinetics
Laminar burning velocity
Laminar diffusion flame
Laminar Flame
Laminar flames
Lard-Derived Fatty Acids
Laser Induced Incandescence (LII)
LES
Less viscous and lower cetane (LVLC) fuels
Light scattering
LII modeling
Lipids
Liquid and vapor penetration
Liquid and vapor phase
Liquid fuel
Liquid penetration length
Liquids
Low carbon fuel
Low speed pre-ignition (LSPI)
Low-temperature combustion
Lubricant base oils
Lubricating oils
Luminosity
Methane
Microalgae
MILD combustion
Mixing field
Moderate or intense low-oxygen dilution (MILD)
Multiple-injection strategy
Nanosecond repetitively pulsed discharges
Nanosecond repetitively pulsed glow discharges
Naphtha
Natural luminosity
NO
Non-fuel hydrocarbons
Non-premixed flames
NOx
Numerical modelling
Octane booster
Octane number
OH* chemiluminescence
OH-PLIF
Oil extraction
OPAH
Organic carbon
Oxy-coal combustion
Oxygenated fuel
Partially premixed
Particle
Particle size distribution
Particle size distribution function
Patent
Pd/C
Penetration correlation
Perfectly
Performance
Phase-locked imaging
Piezoelectric injector
Piloted flames
PIV measurements
PIV/OH-PLIF
PIV/OH-PLIFLES
Plasma-assisted combustion
PLIF-OH imaging
Plume interaction
Polycyclic aromatic hydrocarbons
Polycyclic aromatic hydrocarbons (PAH)
Premixed flame
Pressure balance
Pressure Gain Combustion
Pressurized flame
Pressurized flames
Primary Particle Size
Proceedings of the Combustion Institute
Prompt
Pulsejet
Pyrolysis
Raman
Ramanography
Rayleigh
Reactor (PSR)
Regression model
Renewable diesel
Renewable jet fuel
RON
Scalar dissipation rate
Scanning mobility particle sizer
Scanning mobility particle sizer (SMPS)
Scattering
SI engine
Side view comparison
Soot
Soot formation
Soot formation proces
Soot morphology
Soot nanoparticle size distribution
Soot parameters
Soot particle size
Soot probability density function
Soot surface temperature
Soot volume fraction
Sooting Limit
Species concentration
spherical flame
Spherical flame instability
Spray angle
Spray collapse
Spray combustion
Spray penetration
Stability
Stability limits
stereoscopic PIV
Stirred
Sublimation
Superheated steam
Surrogate
Surrogate fuel
Surrogate Spray penetration
Sweet water
Swirl
Swirl flame
Swirl flow combustion
Swirl stabilized flames
Swirling non-premixed flames
Syngas
Techno-economic model
TEM
Temperature
Terpineol
TGA-FTIR
Thermal
Thermal annealing
Thermoacoustic instabilities
Thermogravimetric analysis (TGA)
Thermophoretic sampling
time-resolved PIV
Total ignition delay
TRF
Triglycerides
Tube quenching
Turbulence
Turbulence quenching
Turbulent Combustion
Turbulent flames
Turbulent non-premixed flame
Turbulent non-premixed flames
Two-color pyrometry
Two-color thermometry
Ultrafine fly ashLoss on ignition
Vortex
Vortex roll-up
Waste fuels
Waste transformer oil
Year
2020
2019
2018
2017
2016
2015
2014
2013
2012
2011
2010
Clear filters
Comparison Between Numerically Simulated and Experimentally Measured Flowfield Quantities Behind a Pulsejet
T. Geng, F. Zheng, A. V. Kuznetsov, W. L. Roberts and D. E. Paxson
Flow, Turbulence and Combustion 84:4, 653-667 (2010)
Year:
2010
Flowfield
Pulsejet
