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84877493152
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A Three-dimensional Model for the Analysis of Transient Thermal and Conversion Characteristics of Monolithic Catalytic Converters
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Oh Se H., Van Ostron David L., SAE 880282 "A Three-dimensional Model for the Analysis of Transient Thermal and Conversion Characteristics of Monolithic Catalytic Converters"
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SAE 880282
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Oh, S.H.1
Van Ostron, D.L.2
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2
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0024900021
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Transient operation of Monolith catalytic Converters; A Two-Dimensional Reactor Model and the Effects of Radially Non-uniform flow Distributions
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Zygourakis Kyriacos, 1989, "Transient operation of Monolith catalytic Converters; A Two-Dimensional Reactor Model and The Effects of Radially Non-uniform flow Distributions "Chemical Engineering Science, Vol. 44, No. 9, pp 2075-2086
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Zygourakis, K.1
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3
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85072366170
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Light off Performance of Catalytic Converters; The Effect of Heat/Mass Transfer Characteristics
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Ryan M. J., Becker E. Robert, and Zygourakis Kyriacos, 1991 "Light off Performance of Catalytic Converters; The Effect of Heat/Mass Transfer Characteristics" SAE paper 910610
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(1991)
SAE Paper 910610
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Ryan, M.J.1
Becker, E.R.2
Zygourakis, K.3
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4
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85072457793
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Numerical Approach for Improving the Conversion Characteristics of Exhaust Catalysts under Warming-up Condition
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Baba Naoki, and Oksawa Katsuyuki, and Sugiura Shigeki, 1996, "Numerical Approach for Improving the Conversion Characteristics of Exhaust Catalysts under Warming-up Condition" SAE Paper 962076
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(1996)
SAE Paper 962076
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Baba, N.1
Oksawa, K.2
Sugiura, S.3
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5
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85072442972
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Thermal Measurements inside a Three-Way Catalytic Conveter on Engine Bench
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Germidis Angelo, Castagna Frank, and Banaigs Jean, 1993, "Thermal Measurements inside a Three-Way Catalytic Conveter on Engine Bench" SAE Paper 930624
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(1993)
SAE Paper 930624
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Germidis, A.1
Castagna, F.2
Banaigs, J.3
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6
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85072426798
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Infrared Method to Visualize the Benefit of Improved transient Control on Catalyst Temperature.
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Atanasyan Alain, Croissant Karlheinz, Sans Mariano, and Hosp Werner, 1995, "Infrared Method to Visualize the Benefit of Improved transient Control on Catalyst Temperature." SAE Paper 950476
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(1995)
SAE Paper 950476
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Atanasyan, A.1
Croissant, K.2
Sans, M.3
Hosp, W.4
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7
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0026186878
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A study of Inlet Flow Distortion Effects on Automotive Catalytic converters
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426
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Bella G., Rocco V., and Maggiore M., 1991, "A study of Inlet Flow Distortion Effects on Automotive Catalytic converters" Journal of Engineering for Gas Turbines and Power, Vol. 113, pp 419 ∼ 426
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Journal of Engineering for Gas Turbines and Power
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Bella, G.1
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8
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85072360507
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Three-dimensional Simulation of Automotive Catalytic Converter Internal Flow
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Lai M. C., Kim J. Y., 1991, "Three-dimensional Simulation of Automotive Catalytic Converter Internal Flow" SAE paper 912372
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(1991)
SAE Paper 912372
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Lai, M.C.1
Kim, J.Y.2
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9
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85072453703
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CFD Investigation of the Three-dimensional Unsteady Flow in the Catalytic Converter
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Jeong Soo-Jin, and Kim Tae-Hun, 1997, "CFD Investigation of the Three-dimensional Unsteady Flow in the Catalytic Converter" SAE Paper 971025
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SAE Paper 971025
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Jeong, S.-J.1
Kim, T.-H.2
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10
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84877512712
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Visualization of Automotive Catalytic converter Internal Flows
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Wendland, D. W., et al, 1991 "Visualization of Automotive Catalytic converter Internal Flows" SAE paper 912372
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(1991)
SAE Paper 912372
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Wendland, D.W.1
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11
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85072462998
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Thermal Response of Monolithic Catalytic Converters during Sustained Engine Misfiring; A computation Study
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Oh Se H., 1988, "Thermal Response of Monolithic Catalytic Converters During Sustained Engine Misfiring; a computation Study" SAE paper 881591
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SAE Paper 881591
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Oh, S.H.1
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12
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0343650466
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Modeling Three-Way Monolithic Catalytic Converter; Comparison between Simulation of Experimental Data
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Siemund S., Schweich D., Leclerc J. P., and Villermaux J., 1995, "Modeling Three-Way Monolithic Catalytic Converter; Comparison Between Simulation of Experimental Data" Catalysis and Automotive Pollution Control III, Studies in Surface Science and Catalysis, Vol. 96
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Siemund, S.1
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13
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84877488470
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Optimization of an EHC Converter System, Calculations and Application
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Kaiser, F. W., Maus, W., Swars, H., and Poruck, R., 1993, "Optimization of an EHC Converter System, Calculations and Application" SAE Paper 930184
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(1993)
SAE Paper 930184
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Kaiser, F.W.1
Maus, W.2
Swars, H.3
Poruck, R.4
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15
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85072418694
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Numerical and Experimental verification of Conversion & Thermal Responses for a Pt/Rh Metal Monolithic Converter
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Chen David K. S., and Cole Carilee E., 1989, "Numerical and Experimental verification of Conversion & Thermal Responses for a Pt/Rh Metal Monolithic Converter SAE Paper 890798
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(1989)
SAE Paper 890798
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Chen, D.K.S.1
Cole, C.E.2
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16
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0003944113
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John Wiely, New York
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Bird, R.B.1
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Computational Dynamics, Limited
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STAR-CD Ver.3.0 User's Mannual, 1996, Computational Dynamics, Limited.
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STAR-CD Ver.3.0 User's Mannual
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19
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85072410455
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An Integrated Computational model for the optimization of monolith catalytic converters
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Clarkson, R. J., Benjamin, S. Fetal, 1993, "An Integrated Computational model for the optimization of monolith catalytic converters" SAE paper 931071
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(1993)
SAE Paper 931071
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Clarkson, R.J.1
Benjamin, S.F.2
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21
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85069337701
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Analytical Investigation of the performance of Catalytic Monoliths of Varying Channel Geometries Based on Mass Transfer Controlling Conditions
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Johnson W.C., and Chang J.C., 1974, "Analytical Investigation of the performance of Catalytic Monoliths of Varying Channel Geometries Based on Mass Transfer Controlling Conditions" SAE Paper 740196
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(1974)
SAE Paper 740196
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Johnson, W.C.1
Chang, J.C.2
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