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SAE 2013 World Congress & Exhibition
Technical Session Schedule
Thursday, April 18
Climate Control (Part 2)
(Session Code: HX104)
Room O2-38 1:00 p.m.
Climate control is a defining vehicle attribute and is strongly associated with brand image. Performance and quality of the climate control system are critical to customer satisfaction. The system has strong interaction with other vehicle systems. Its primary objective is to deliver thermal comfort and safety of the occupants. Alternative A/C systems, multi-zone climate control, cabin air filtration, automatic controls, and optimized energy consumption are among the recent advances.
Organizers - Bashar AbdulNour, General Dynamics Land Systems; Jeffrey Bozeman, General Motors LLC; William Raymond Hill, Macrae LLC
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Paper No. |
Title |
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2013-01-1493
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Experimental Measurements of Condensation
Heat Transfer Coefficients for Refrigerant HFO-1234yf
Gursaran D. Mathur, CalsonicKansei North America Inc.
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2013-01-1494
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Air Conditioning Efficiency with Varied Recirculation Ratios
Michael L. Grady, Univ of California-Riverside; Yong chul Kim, June Kyu Park, Bock Cheol Lee, Hyundai Motor Company; Heejung Jung, Univ of California-Riverside
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2013-01-1495
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Experimental and Analytical Investigation of Two-Phase Ejector Air-Conditioning Cycles Using Low Pressure Refrigerants R134a and R1234yf
Neal Lawrence, Stefan Elbel, University of Illinois Urbana-Champaign
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2013-01-1496
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Refrigerant and Lubricant Distribution in MAC System
Shenghan JIN, Pega Hrnjak, Creative Thermal Solutions and ACRC,UIUC
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2013-01-1497
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Modeling CO2 concentration in vehicle cabin air
Heejung Jung, Univ. of California-Riverside
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2013-01-1498
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Experimental and Visualization Study on R134a Distribution in the Vertical Header between Two Passes of a Microchannel Heat Exchanger
Yang Zou, Predrag Hrnjak, Univ of Illinois at Urbana-Champaign
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2013-01-1499
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Development of a S-Flow system & control
(S-FLOW:Enagy Saving Air Flow control system)
Koichi Tabei, Toyota; Masashi Watanabe, Nobuyuki Doi, Kenjiro Imai, Denso; Stefan Young, Toyota Technical Center USA Inc
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2013-01-1500
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Refrigerant Distribution in Evaporator and its Effect on System Performance
Hanfei Tuo, Univ. of Illinois at Urbana-Champaign; Predrag Hrnjak, Univ of Illinois at Urbana-Champaign
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2013-01-1501
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Compressor body temperature and lubrication
Yinhua Zheng, Visteon Corp.
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2013-01-1502
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1D Modeling of AC Refrigerant Loop and Vehicle Cabin to Simulate Soak and Cool Down
Shankar Natarajan, Chrysler Canada Inc.; Sathish Kumar S, Chrysler India Automotive Pvt. Ltd.; Ricardo Amaral, Sadek Rahman, Chrysler Group LLC
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2013-01-1503
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Studies on AC Suction Line Pressure Drop Using 1D Modeling
Sathish Kumar S, Chrysler India Automotive Pvt. Ltd.; Shankar Natarajan, Chrysler Canada Inc.; Michael V Rinaldi, Chrysler Group LLC
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2013-01-1504
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Internal Heat Exchanger Integration for a Dual Evaporator MAC System
Lothar Seybold, GM Europe - Adam Opel AG Engineering; William Hill, Macrae LLC; Ioannis Lazaridis, GM Europe - Adam Opel AG Engineering
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2013-01-1505
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Virtual in-car CO2 sensor for improving driving comfort
Jessy George Smith, Vivek Diwanji, Nitesh Waghode, Cognizant Technology Solutions
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2013-01-1506
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Effects on Real Life Fuel Efficiency of Raising the MAC Engagement Temperature
Roberto Monforte, Massimiliano Mandrile, Fiat Group Automobiles S.p.A.
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2013-01-1507
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Comprehensive Modeling of Vehicle Air Conditioning Loads Using Heat Balance Method
Mohammad Ali Fayazbakhsh, Majid Bahrami, Simon Fraser University
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2013-01-1508
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Effect of lubricant on two-phase refrigerant distribution in microchannel evaporator– a model
Huize Li, Predrag Hrnjak, Univ of Illinois at Urbana-Champaign
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2013-01-1509
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Integrated Front & Rear HVAC Unit
Kevin Cheung, Honda R&D Americas Inc.; Erich Becker, Delphi Corp
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2013-01-1510
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Smart Rear Defog (Written Only -- No Oral Presentation)
Gilles Delorme, General Motors of Canada
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Planned by Thermal Management Activity / EMB Land and Sea Group
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