Combustion Science and Technology

Preface to the Special Issue
pp. 1273-1274(2)
Authors: Dunn-Rankin; Hayashi

Combustion of a Gas-to-Liquid–Based Alternative Jet Fuel: Experimental and Detailed Kinetic Modeling
pp. 1275-1283(9)
Authors: Dagaut; Dayma; Diévart; Hadj-Ali; Mzé-Ahmed

Combustion Characteristics of Two Biogenic Volatile Organic Compounds: L-Fenchone and 3-Hexen-1-OL
pp. 1284-1294(11)
Authors: Coudour; Chetehouna; Courty; Garo; Lemée; Mounaïm-Rousselle; Halter

A Hydrocarbon Droplet Evaporating in Turbulent Environment at Elevated Ambient Pressure and Temperature
pp. 1295-1308(14)
Author: Birouk

Algebraic Closure of Scalar Dissipation Rate for Large Eddy Simulations of Turbulent Premixed Combustion
pp. 1309-1337(29)
Authors: Gao; Chakraborty; Swaminathan

Modeling of the Strain Rate Contribution to the Flame Surface Density Transport for Non-Unity Lewis Number Flames in Large Eddy Simulations
pp. 1338-1369(32)
Authors: Katragadda; Gao; Chakraborty

Density Variations Effects in Turbulent Diffusion Flames: Modeling Of Unresolved Fluxes
pp. 1370-1391(22)
Authors: Serra; Robin; Mura; Champion

Numerical Studies on the Impact of Equivalence Ratio Oscillations on Lean Premixed Flame Characteristics and Emissions
pp. 1392-1409(18)
Authors: Schrödinger; Paschereit; Oevermann

Effect of Gravity Field and Pressure Difference on Heterogeneous Combustion in Porous Media
pp. 1410-1421(12)
Authors: Lutsenko; Levin

Lengths of Lifted Laminar Flames Under Vertical Magnetic Field Gradient
pp. 1422-1433(12)
Authors: Sarh; Gillon; Gilard; Bodele

Interaction Between Propagation Speed and Flame Structure in Downward Cellular Propagating Flame in a Combustion Tube with Co₂ Laser Irradiation
pp. 1434-1446(13)
Authors: Aguilar; Taniyama; Ito; Fujita

Numerical Simulations of Flat Laminar Premixed Methane-Air Flames at Elevated Pressure
pp. 1447-1459(13)
Authors: Goswami; Coumans; Bastiaans; Konnov; de Goey

Non-Premixed Turbulent Biogas Flame: Effect of The Co-Airflow Swirl Strength on the Stability Limits
pp. 1460-1477(18)
Authors: Birouk; Saediamiri; Kozinski

Experimental Study of A Flickering Methane Diffusion Flame with Coflow of Oxygen-Enriched Air
pp. 1478-1490(13)
Authors: Gilard; Gillon; Sarh

Heat Transfer from A Laminar Jet Methane Flame in A Co-Annular Jet of Oxygen-Enriched Air
pp. 1491-1501(11)
Authors: Gillon; Chahine; Gilard; Sarh

Study of Extinction Limits of Diluted Hydrogen-Air Counter-Flow Diffusion Flames with the Redim Method
pp. 1502-1516(15)
Authors: Neagos; Bykov; Maas

Aspects of 0D and 3D Modeling of Soot Formation for Diesel Engines
pp. 1517-1535(19)
Authors: Pasternak; Mauss; Perlman; Lehtiniemi

Autoignition of n-Decane/n-Butylbenzene/n-Propylcyclohexane Mixtures and the Effects of the Exhaust Gas Recirculation
pp. 1536-1551(16)
Authors: Comandini; Dubois; Chaumeix

Numerical Simulations of Premixed Flame Ignition in Turbulent Flow
pp. 1552-1561(10)
Authors: Sereshchenko; Fursenko; Minaev; Shy

Laser-Induced Spark Ignition of Gaseous and Quiescent N-Decane–Air Mixtures
pp. 1562-1581(20)
Authors: Strozzi; Gillard; Minard

Numerical Investigation of Ignition in a Transient Turbulent Jet by Means of a PDF Method
pp. 1582-1596(15)
Authors: Ghorbani; Steinhilber; Markus; Maas

Minimum Ignition Energy Measurements for α-Pinene/Air Mixtures
pp. 1597-1605(9)
Authors: Rudz; Chetehouna; Strozzi; Gillard

Ignition by Mechanical Sparks: Ignition of Hydrogen/Air Mixtures by Submillimeter-Sized Hot Particles
pp. 1606-1617(12)
Authors: Roth; Sharma; Haeber; Schiessl; Bockhorn; Maas

Characterizing the Flaming Ignition of Cellulose Fuel Beds by Hot Steel Spheres
pp. 1618-1631(14)
Authors: Zak; Urban; Fernandez-Pello

Simulation of Large-Scale LNG Pool Fires Using FireFoam
pp. 1632-1649(18)
Authors: Wang; Wen; Chen

Flame Acceleration in Hydrogen/Air Mixtures with Concentration Gradients
pp. 1650-1661(12)
Authors: Boeck; Hasslberger; Sattelmayer

Numerical Investigations on Detonation Propagation in a Two-Dimensional Curved Channel
pp. 1662-1679(18)
Authors: Sugiyama; Nakayama; Matsuo; Nakayama; Kasahara

Shockless Explosion Combustion: An Innovative Way of Efficient Constant Volume Combustion in Gas Turbines
pp. 1680-1689(10)
Authors: Bobusch; Berndt; Paschereit; Klein

Mathematical Modeling of Detonation Wave Suppression by Cloud of Chemically Inert Solid Particles
pp. 1690-1698(9)
Authors: Tropin; Fedorov

Numerical Investigation of the Stability of Rotating Detonation Engines
pp. 1699-1715(17)
Authors: Wu; Zhou; Liu; Wang

Approximate Model of Chemical Reaction Kinetics for Detonation Processes in Mixture Of CH₄ with Air
pp. 1716-1735(20)
Authors: Fomin; Trotsyuk; Vasil’ev

Implementation of a Robust Weighted Compact Nonlinear Scheme for Modeling of Hydrogen/Air Detonation
pp. 1736-1757(22)
Authors: Iida; Asahara; Hayashi; Tsuboi; Nonomura

Three-Dimensional Simulation of Deflagration-to-Detonation Transition with a Detailed Chemical Reaction Model
pp. 1758-1773(16)
Authors: Machida; Asahara; Hayashi; Tsuboi

Coupling Problem Between Solid Tube and Shock Wave/Detonation Wave
pp. 1774-1794(21)
Authors: Wakabayashi; Goto; Yamada; Asahara; Hayashi