Staged, pressurized oxy-combustion: computational fluid dynamics simulations of a novel burner design (English)
- New search for: Xia, Fei
- New search for: Kumfer, Benjamin M.
- New search for: Dhungel, Bhupesh
- New search for: Axelbaum, Richard L.
- New search for: Xia, Fei
- New search for: Kumfer, Benjamin M.
- New search for: Dhungel, Bhupesh
- New search for: Axelbaum, Richard L.
In:
Fall Technical Meeting of the Eastern States Section of the Combustion Institute, 2013
;
410-415
;
2013
-
ISBN:
- Conference paper / Print
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Title:Staged, pressurized oxy-combustion: computational fluid dynamics simulations of a novel burner design
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Contributors:Xia, Fei ( author ) / Kumfer, Benjamin M. ( author ) / Dhungel, Bhupesh ( author ) / Axelbaum, Richard L. ( author )
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Published in:
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Publisher:
- New search for: Curran Associates
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Place of publication:Red Hook
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Publication date:2013
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Size:6 Seiten, Bilder, 15 Quellen
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ISBN:
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Type of media:Conference paper
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Type of material:Print
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Language:English
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Keywords:
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Source:
Table of contents conference proceedings
The tables of contents are generated automatically and are based on the data records of the individual contributions available in the index of the TIB portal. The display of the Tables of Contents may therefore be incomplete.
- 1
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A-01 Subgrid-scale mixing of temperature perturbations from flamelet in turbulent partially premixed flamesLiu, S. / Tong, C. / Combustion Institute (U.S.) et al. | 2014
- 1
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Subgrid-scale mixing of temperature perturbations from flamelet in turbulent partially premixed flamesLiu, S. / Tong, C. et al. | 2013
- 7
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A-02 Chemiluminescene imaging of a reacting jet in a vitiated crossflowWagner, J.A. / Lapaan, G.M. / Renfro, M.W. / Cetegen, B.M. / Combustion Institute (U.S.) et al. | 2014
- 15
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Flame Leading Point Stretch Statistics of Negative Markstein Length FuelsMarshall, Andrew / Venkateswaran, Prabhakar / Seitzman, Jerry / Lieuwen, Tim et al. | 2013
- 15
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A-03 Flame leading point stretch statistics of negative Markstein length fuelsMarshall, A. / Venkateswaran, P. / Seitzman, J. / Lieuwen, T. / Combustion Institute (U.S.) et al. | 2014
- 21
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A-04 Flame surface statistics of expanding turbulent flameSaha, A. / Chaudhuri, S. / Law, C.K. / Combustion Institute (U.S.) et al. | 2014
- 27
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A-05 An investigation on fuel similarity of turbulent flames for C~4-C~8 n-AlkanesWu, F. / Saha, A. / Chaudhuri, S. / Law, C.K. / Combustion Institute (U.S.) et al. | 2014
- 33
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Blowoff dynamics of a bluff body stabilized turbulent premixed flame in a cylindrical duct subjected to dual tone velocity oscillationRoychowdhury, Bikram / Cetegen, Baki M. et al. | 2013
- 33
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A-06 Blowoff dynamics of a bluff body stabilized turbulent premixed flame in a cylindrical duct subjected to dual tone velocity oscillationRoychowdhury, B. / Cetegen, B.M. / Combustion Institute (U.S.) et al. | 2014
- 41
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A-07 Experimental and kinetics studies of acetylene flames at elevated pressuresShen, X. / Yang, X. / Santner, J. / Sun, J. / Ju, Y. / Combustion Institute (U.S.) et al. | 2014
- 47
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A-08 Measurement of laminar burning speeds and investigation of stability of acetylene (C~2H~2)/air flamesRokni, E. / Moghaddas, A. / Askari, O. / Metghalchi, H. / Combustion Institute (U.S.) et al. | 2014
- 47
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Measurement of laminar burning speeds and investigation of stability of acetylene (C2H2)/air flamesRokni, Emad / Moghaddas, Ali / Askari, Omid / Metghalchi, Hameed et al. | 2013
- 53
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A-09 Evaluation of thermal radiation effects on apparent propagation rates of high pressure spherical flamesSantner, J. / Haas, F.M. / Ju, Y. / Dryer, F.L. / Combustion Institute (U.S.) et al. | 2014
- 59
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A-10 On the uncertainty of extrapolation of laminar flame speed and Markstein length from expanding spherical flamesWu, F. / Liang, W. / Law, C.K. / Chen, Z. / Combustion Institute (U.S.) et al. | 2014
- 65
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A-11 MC-Smooth: A mass-conserving, smooth vorticity-velocity formulation for multidimensional flowsCao, S. / Bennett, B.A.V. / Smooke, M.D. / Combustion Institute (U.S.) et al. | 2014
- 71
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A-12 Local rectangular refinement in three dimensions (LRR3D) with application to unsteady combustion problemsBennett, B.A.V. / Smooke, M.D. / Combustion Institute (U.S.) et al. | 2014
- 77
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A-13 Numerical modeling of axi-symmetric laminar diffusion flames with sootDasgupta, A. / Haworth, D.C. / Combustion Institute (U.S.) et al. | 2014
- 83
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A-14 Effects of gravity, radiation, and coflow velocity on laminar coflow methane-air diffusion flamesCao, S. / Bennett, B.A.V. / Ma, B. / Giassi, D. / Stocker, D.P. / Takahashi, F. / Long, M.B. / Smooke, M.D. / Combustion Institute (U.S.) et al. | 2014
- 88
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A-15 Experimental and computational temperatures in coflow nonpremixed flamesMcEnally, C.S. / Bennett, B.A.V. / Pfefferle, L.D. / Smooke, M.D. / Combustion Institute (U.S.) et al. | 2014
- 94
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A-16 Experimental and computational study of a two-dimensional methyl butanoate flameKaufman, L.A. / McEnally, C.S. / Das, D.D. / Pfefferle, L.D. / Bennett, B.A.V. / Smooke, M.D. / Combustion Institute (U.S.) et al. | 2014
- 100
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A-17 Numerical analysis of extinction limits of counterflow flames: Effects of nozzle diameter and separation distanceJohnson, R.F. / VanDine, A.C. / Esposito, G. / Chelliah, H.K. / Combustion Institute (U.S.) et al. | 2014
- 100
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Numerical Analysis of Extinction Limits of Counterflow Flames: Effects of Nozzle Diameter and Separation DistanceJohnson, R.F. / VanDine, A.C. / Esposito, G. / Chelliah, H.K. et al. | 2013
- 106
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A-18 Experimental and numerical studies of ion and electron concentrations in laminar methane-oxygen counterflow diffusion flamesShah, P.V. / Saveliev, A.V. / Combustion Institute (U.S.) et al. | 2014
- 112
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An Experimental Study of Fuel Decomposition and Hydrocarbon Growth Processes in Laminar Non-premixed Methane Air Coflow Flames Doped with Seven Pentanol IsomersDas, Dhrubajyoti D. / McEnally, Charles S. / Pfefferle, Lisa D. et al. | 2013
- 112
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A-19 An experimental study of fuel decomposition and hydrocarbon growth processes in laminar non-premixed methane air coflow flames doped with seven pentanol isomersDas, D.D. / McEnally, C.S. / Pfefferle, L.D. / Combustion Institute (U.S.) et al. | 2014
- 118
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A-20 Fuel similarity for laminar flames of C~5 to C~8 n-alkanesZhao, P. / Liang, W. / Wu, F. / Law, C.K. / Combustion Institute (U.S.) et al. | 2014
- 124
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A-21 Species measurements in a low-pressure, fuel-rich JP-10/H~2 flat flameSeshadri, V. / Li, W. / Westmoreland, P.R. / Combustion Institute (U.S.) et al. | 2014
- 129
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A-22 An experimental and modeling study of formaldehyde and 1,3,5-trioxane flame chemistrySantner, J.S. / Haas, F.M. / Dryer, F.L. / Ju, Y. / Combustion Institute (U.S.) et al. | 2014
- 135
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A-23 Response of over-ventilated non-permixed flames to transverse flow perturbationsMagina, N. / Lieuwen, T. / Combustion Institute (U.S.) et al. | 2014
- 143
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A-24 Dynamics and morphology of colliding spherical flamesYang, S. / Chaudhuri, S. / Zhu, D. / Law, C.K. / Combustion Institute (U.S.) et al. | 2014
- 149
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A-25 Effect of thermal expansion on flame propagation in channels with nonslip walls: Numerical and analytical considerationDemirgok, B. / Valiev, D. / Akkerman, V. / Combustion Institute (U.S.) et al. | 2014
- 155
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A-26 Analysis of ethylene-oxygen combustion in micro-pipesDemirgok, B. / Almeyda, O.J.U. / Akkerman, V. / Valiev, D. / Bychkov, V. / Wu, M.-H. / Combustion Institute (U.S.) et al. | 2014
- 161
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A-27 Studies on the DC electric field effects on the combustion of fuel dropletsBenghan, S. / Charalampopoulos, T.T. / Combustion Institute (U.S.) et al. | 2014
- 161
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Studies on the DC electric field effects on the combustion of fuel dropletsBenghan, Solomon / Charalampopoulos, Tryfon T. et al. | 2013
- 167
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B-01 Formaldehyde fluorescence as a marker for scalar dissipation through local extinctionGosselin, K.R. / Carnell, W.F. / Renfro, M.W. / Combustion Institute (U.S.) et al. | 2014
- 173
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B-02 Development of a LED-based sensor for simultaneous, time-resolved measurements of CO and CO~2 from combustion exhaustsThurmond, K. / Duenas, E. / Vasu, S.S. / Partridge, W.P. / Combustion Institute (U.S.) et al. | 2014
- 179
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B-03 Bench-scale apparatus for studying pool fire extinguishment by Class B foamsAnanth, R. / Mott, S. / Waheed, M. / Epstein, M. / Smith, J.M. / Conroy, M.W. / Fleming, J.W. / Combustion Institute (U.S.) et al. | 2014
- 185
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B-04 Modeling suppression of a liquid pool flame by aqueous foamsNgalande, C. / Fleming, J.W. / Ananth, R. / Combustion Institute (U.S.) et al. | 2014
- 191
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B-05 Oxidizer dilution extinguishment of a turbulent Wolfhard-Parker flameWhite, J.P. / Link, E.D. / Myers, T.M. / Vilfayeau, S.R. / Marshall, A.W. / Sunderland, P.B. / Trouve, A.C. / Sheffel, J.A. / Corn, M.L. / Colket, M.B. et al. | 2014
- 197
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B-06 Numerical simulation of under-ventilated compartment firesVilfayeau, S. / Ren, N. / Wang, Y. / Trouve, A. / Combustion Institute (U.S.) et al. | 2014
- 203
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B-07 Localized heating ahead of flame front in wildland fire spreadJamaldin, S.E. / Donoho, M. / English, J.D. / Adam, B.A. / Akafuah, N.K. / Combustion Institute (U.S.) et al. | 2014
- 209
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B-08 Thermal and burning rate characteristics of laminar boundary layer diffusion flamesSingh, A.V. / Gollner, M.J. / Combustion Institute (U.S.) et al. | 2014
- 209
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Thermal and burning rate characteristics of laminar boundary layer diffusion flamesSingh, A.V. / Gollner, M.J. et al. | 2013
- 216
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B-09 Regional-scale simulations of wildland fire spread using ensemble-based data assimilationRochoux, M.C. / Emery, C. / Ricci, S. / Cuenot, B. / Trouve, A. / Combustion Institute (U.S.) et al. | 2014
- 222
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B-11 Non-Boltzmann effects in low-temperature fuel oxidationBurke, M.P. / Goldsmith, C.F. / Georgievskii, Y. / Klippenstein, S.J. / Combustion Institute (U.S.) et al. | 2014
- 227
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B-12 Using reactive molecular dynamics simulations to refine the mechanism of TMEDA combustionNeedham, C.D. / Westmoreland, P.R. / Combustion Institute (U.S.) et al. | 2014
- 230
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A Decomposition Study of Isopropanol in a Variable Pressure Flow ReactorHeyne, J.S. / Dryer, F.L. et al. | 2013
- 230
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B-13 A decomposition study of isopropanol in a variable pressure flow reactorHeyne, J.S. / Dryer, F.L. / Combustion Institute (U.S.) et al. | 2014
- 236
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B-14 A comparative study of methane-air and syn gas premixed flames for NO~x formationJoshi, A. / Gupta, R. / Combustion Institute (U.S.) et al. | 2014
- 242
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B-15 A kinetic model for the high-temperature oxidation of n-butanol based on recent shock tube/laser absorption experimentsVasu, S.S. / Sarathy, S.M. / Combustion Institute (U.S.) et al. | 2014
- 248
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B-17 Water-gas-shift equilibrium in diffusion flames and the effect of non-equilibrium elementary reactionsWu, W. / Axelbaum, R.L. / Combustion Institute (U.S.) et al. | 2014
- 254
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B-18 An analysis of the partial-equilibrium assumption for bimolecular reactions in counter-flow diffusion flamesWu, W. / Axelbaum, R.L. / Combustion Institute (U.S.) et al. | 2014
- 261
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B-19 Dehydrogenation and dehydration activity in low-temperature gas-phase alcohol pyrolysisFahey, P.J. / Seshadri, V. / Westmoreland, P.R. / Combustion Institute (U.S.) et al. | 2014
- 266
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B-20 Non-ideality of flow tube experiments for reaction kineticsFarouk, T. / Haas, F.M. / Dryer, F.L. / Combustion Institute (U.S.) et al. | 2014
- 282
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B-21 Novel microflow tube reactor: n-butane pyrolysis and oxidationShrestha, U. / Simms, G.P. / Rahimi, M.J. / Sarnacki, B.G. / Chelliah, H.K. / Combustion Institute (U.S.) et al. | 2014
- 286
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B-22 A CSP-based analysis of ethylene-air mixing and oxidation in a partially stirred reactorEsposito, G. / Chelliah, H.K. / Combustion Institute (U.S.) et al. | 2014
- 292
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B-23 A betweenness centrality method for chemical network analysis and mechanism reductionZhao, P. / Nackman, S.M. / Lu, T. / Law, C.K. / Combustion Institute (U.S.) et al. | 2014
- 298
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Auto-Ignition of iso-Octane at Elevated Pressures in a Rapid Compression MachineKukkadapu, G. / Sung, C.J. / Das, A.K. et al. | 2013
- 298
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B-24 Auto-ignition of iso-octane at elevated pressures in a rapid compression mechineKukkadapu, G. / Sung, C.-J. / Das, A.K. / Combustion Institute (U.S.) et al. | 2014
- 304
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B-25 Single pulse shock tube study on the effects of double bond position in unsaturated hydrocarbons and fatty acid methyl estersFridlyand, A. / Goldsborough, S.S. / Brezinsky, K. / Combustion Institute (U.S.) et al. | 2014
- 310
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B-26 Shock tube measurements of the reaction rates of OH with ketones at high temperaturesBadra, J. / Elwardany, A. / Khaled, F. / Vasu, S.S. / Farooq, A. / Combustion Institute (U.S.) et al. | 2014
- 318
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C-01 Soot measurements in high-pressure laminar diffusion flamesSteinmetz, S.A. / Fang, T. / Roberts, W.L. / Combustion Institute (U.S.) et al. | 2014
- 324
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Observations of a Hydrocarbon-Free Soot FlameAnderson, Paul M. / Guo, Haiqing / Sunderland, Peter B. et al. | 2013
- 324
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C-02 Observations of a hydrocarbon-free soot flameAnderson, P.M. / Guo, H. / Sunderland, P.B. / Combustion Institute (U.S.) et al. | 2014
- 330
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C-03 Soot formation in butanol isomer non-premixed flamesSingh, P. / Hui, X. / Sung, C.-J. / Combustion Institute (U.S.) et al. | 2014
- 336
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C-04 Soot and aromatic species in non-premixed and partially-premixed laminar co-flow flamesWang, Y. / Iyer, S.S. / Iyer, V.R. / Linevsky, M.J. / Litzinger, T.A. / Santoro, R.J. / Katta, V. / Combustion Institute (U.S.) et al. | 2014
- 336
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Soot and Aromatic Species in Non-premixed and Partially-premixed Laminar Co-flow FlamesWang, Yefu / Iyer, Suresh S. / Iyer, Venkatesh R. / Linevsky, Milton J. / Litzinger, Thomas A. / Santoro, Robert J. / Katta, Viswanath et al. | 2013
- 342
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C-05 Nanostructure evolution of petroleum based JP-8 and synthetic HRJ, FT derived soot from a gas jet turbine engineHuang, C.-H. / Wal, R.L.V. / Combustion Institute (U.S.) et al. | 2014
- 349
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C-06 Soot nanostructure evolution evolves from variations in flame temperature and fuel/air equivalence ratioHuang, C.-H. / Cain, J.P. / Wal, R.L.V. / Roquemore, W.M. / Combustion Institute (U.S.) et al. | 2014
- 357
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C-07 Coupled heterogeneous and homogeneous oxidation of heated carbon surfaces simulated using the OpenFOAM computational packageJohnson, R.F. / Chelliah, H.K. / Combustion Institute (U.S.) et al. | 2014
- 363
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C-08 A parametric study of reactive wave propagation in nanoporous silicon energetic compositesParimi, V.S. / Tadigadapa, S.A. / Yetter, R.A. / Combustion Institute (U.S.) et al. | 2014
- 369
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C-09 An investigation into the mechanism for the vapor-phase cracking of eugenolLedesma, E.B. / Hoang, J.N. / Hernandez, V. / Nguyen, M. / Combustion Institute (U.S.) et al. | 2014
- 369
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An Investigation into the Mechanism for the Vapor-Phase Cracking of EugenolLedesma, Elmer B. / Hoang, Jennifer N. / Hernandez, Valeria / Nguyen, Mitchell et al. | 2013
- 374
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C-10 An analysis of transient oxidation of magnetite to hematite in chemical looping combustionLi, T. / Liu, F. / Han, Y. / Liu, K. / Saito, K. / Combustion Institute (U.S.) et al. | 2014
- 380
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C-11 Perovskite catalysts enhanced combustion on porous mediaRobayo, M.D. / Beaman, B. / Hughes, B. / Delose, B. / Orlovskaya, N. / Chen, R.-H. / Combustion Institute (U.S.) et al. | 2014
- 386
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C-12 Development of a porous combustor for the efficient extraction of thermal energy from liquid and gaseous fuelsTerracciano, A.C. / Vasu, S.S. / Orlovskaya, N. / Combustion Institute (U.S.) et al. | 2014
- 392
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C-13 HCCI engine modeling of diisopropyl ketone, a prototypical biofuelBarari, G. / Koroglu, B. / Vasu, S.S. / Dec, J.E. / Taatjes, C.A. / Combustion Institute (U.S.) et al. | 2014
- 398
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C-14 Kinetics of NO~x formation from N~2/O~2/C~2H~4/Ar mixtures in repetitively-pulsed dielectric-barrier dischargesTogai, K. / Tsolas, N. / Yetter, R.A. / Combustion Institute (U.S.) et al. | 2014
- 404
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C-15 Prediction of biofuel ignition quality using a DCN[unknown]RON interconversion toolHaas, F.M. / Dryer, F.L. / Combustion Institute (U.S.) et al. | 2014
- 410
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Staged, pressurized oxy-combustion: computational fluid dynamics simulations of a novel burner designXia, Fei / Kumfer, Benjamin M. / Dhungel, Bhupesh / Axelbaum, Richard L. et al. | 2013
- 410
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C-17 Staged, pressurized oxy-combustion: Computational fluid dynamics simulations of a novel burner designXia, F. / Kumfer, B.M. / Dhungel, B. / Axelbaum, R.L. / Combustion Institute (U.S.) et al. | 2014
- 416
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C-18 An integrated approach for the design of a pilot scale oxy-coal combustion reactor using CFD and chemical equilibrium softwareGutierrez, A.D. / Rowan, S.L. / Celik, I.B. / Combustion Institute (U.S.) et al. | 2014
- 416
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An integrated approach for the design of a pilot scale oxy-coal combustion reactor using CFD and chemical equilibrium softwareGutierrez, Albio D. / Rowan, Steven L. / Celik, Ismail B. et al. | 2013
- 422
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Studies of condensed-phase hypergolic reactions in a counter-flow stagnation reactorSaksena, Pulkit / Tadigadapa, Srinivas / Yetter, Richard A. et al. | 2013
- 422
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C-19 Studies of condensed-phase hypergolic reactions in a counter-flow stagnation reactorSaksena, P. / Tadigadapa, S. / Yetter, R.A. / Combustion Institute (U.S.) et al. | 2014
- 428
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Improving Performance with Alkaline Doped Iron-Based Materials as Oxygen Carrier in Chemical Looping CombustionLiu, Lu / Zachariah, Michael R. et al. | 2013
- 428
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C-20 Improving performance with alkaline doped iron-based materials as oxygen carrier in chemical looping combustionLiu, L. / Zachariah, M.R. / Combustion Institute (U.S.) et al. | 2014
- 438
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C-21 Supercritical pyrolysis of dodecane with colloidal platinum-decorated graphene sheetsSim, H.S. / Yetter, R.A. / Dabbs, D.M. / Aksay, I.A. / Combustion Institute (U.S.) et al. | 2014
- 444
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C-22 Surrogate fuelk evaluation for burner development for non-conventional industrial fuelsSadasivuni, V. / Kim, H.H. / Periasamy, C. / Combustion Institute (U.S.) et al. | 2014
- 450
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C-23 Effectiveness of xenon as fire suppressant under microgravity combustion environmentFahd, M.E.A. / Farouk, T. / Dryer, F.L. / Combustion Institute (U.S.) et al. | 2014
- 462
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Butanol Droplet Combustion: Detailed Numerical Modeling and Microgravity ExperimentsFarouk, T. / Liu, Y.C. / Fahd, M.E.A. / Avedisian, C.T. / Dryer, F.L. et al. | 2013
- 462
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C-24 Butanol droplet combustion: Detailed numerical modeling and microgravity experimentsFarouk, T. / Liu, Y.C. / Fahd, M.E.A. / Avedisian, C.T. / Dryer, F.L. / Combustion Institute (U.S.) et al. | 2014
- 477
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C-25 Comparison of spray combustion for jet-A and diesel in a constant volume chamberJing, W. / Roberts, W.L. / Fang, T. / Combustion Institute (U.S.) et al. | 2014
- 483
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Oxy-combustion of low-volatility fuel with high water contentYi, Fei / Axelbaum, Richard L. et al. | 2013
- 483
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C-26 Oxy-combustion of low-volatility fuel with high water contentYi, F. / Axelbaum, R.L. / Combustion Institute (U.S.) et al. | 2014
- 489
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C-27 A first order approach to modeling fuel incidence angle of an air-blast injector for gas turbine combustionMatiko, K. / Combustion Institute (U.S.) et al. | 2014
- 495
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Toward Predictive CFD Models for Advanced Compression-ignition Engines: Accounting for Unresolved Turbulent FluctuationsHaworth, D.C. / Combustion Institute (U.S.) et al. | 2014
- 501
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CFD Modeling of Industrial Fire Protection - Progress and ChallengesWang, Y. / Combustion Institute (U.S.) et al. | 2014
- 507
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Low-Emissions Gas Turbine Combustion: Design Trends and ChallengesMcManus, K. / Combustion Institute (U.S.) et al. | 2014
- 512
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Building Detailed Kinetic Models of Combustion ChemistryWest, R. / Combustion Institute (U.S.) et al. | 2014
- 517
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Droplet Combustion: ``Cool Flames'' in Space?Farouk, T. / Combustion Institute (U.S.) et al. | 2014