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Harnessing the Neglected Potential of Rankine Compounding
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Abstract
This paper describes an automobile spark ignition engine which harnesses the neglected potential of Rankine Compounding. (1, 2)*
The building blocks of information which support the postulation of such an engine are contained in the technical literature published by SAE, NASA, DOE, and industry. That data is relied upon as authoritative material for the description of an engine which utilizes waste heat more effectively than others of record.
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Citation
Bradley, C., "Harnessing the Neglected Potential of Rankine Compounding," SAE Technical Paper 860536, 1986, https://doi.org/10.4271/860536.Also In
References
- U.S. patent 4,099,389 Bradley, C.E.
- Bradley C.E. Modern Compound Cycle Engine Doubles Thermal Efficiency, is Affordable, Drivable. & Doesn't Pollute Phoenix, Arizona 1980
- Using Waste Heat Boosts Diesel Efficiency 1978 Society of Automotive Engineers, Inc.
- Soini H.E. Patel P.S. Morgan D.T. Betra S.K. Combined Diesel-Organic Rankine-Cycle Powerplant
- Doyle E. Helker S. Raymond R. Diesel-Organic Rankine Compound Engine Development
- Faires Virgil Moring Applied Thermodynamics The Macmillan Company new York 1947
- Pirault J.P. Notes on Bottoming Cycles Using Exhaust Heat of Automotive Engines Ricardo Consulting Engineers
- Marks Lionel S. Mechanical Engineers Handbook McGraw-Hill Book Co., Inc. New York, Toronto, London 1951
- Boda F.P. The SCSE Organic Rankine Engine IECEC
- Rousseau J. Noe J.C. Solar-Powered Rankine-Cycle Heat Pump System IECEC
- Cronin Michael J. Design Aspects of Systems in All Electric Aircraft SAE 821436
- Kliman Gerald B. Permanent Magnet AC Disc Motor Electric Vehicle Drive SAE 83011
- Knopka Alex J. Gregory Derek P. Hydrogen Production by Electrolysis: Present and Future IECEC
- Bonner M. Botts T. McBreen J. Mezzina A. Salzano F. Yang C. Current Research in Advanced Water Electrolysis in The United States and Abroad IECEC
- Nuttal Leonard J. McElroy James F. Technical and Economic Feasibility of a Solid Polymer Electrolyte Fuel Cell Powerplant for Automobile Applications SAE 830348
- Thomas Stanley R. Jr. Sorenson S.C. Characteristics of A Four Cylinder Hydrogen Fuel Internal Combustion Engine SAE 760100
- MacDonald J. Scott Evaluation of The Hydrogen Supplemented Fuel Concept with An Experimental Multicylinder Engine SAE 760101
- Lean Combustion in Automotive Engines: An Assessment of The Addition of Hydrogen to Gasoline as Compared to Other Techniques Feb. 1976
- Prasse H.F. McCormick H.E. Anderson R.D. New Piston Ring Inventions to Help Control Automotive Engine Emissions SAE 730006
- Willis Edward A. Strack William C. An Overview of General Aviation Propulsion Research Programs at NASA Lewis Research Center SAE 810264
- NACA Report 1300
- Leffler D.W. Roberts B.S. Conversion of a Heavy Duty Industrial Gas Turbine to Combined Cycle
- Miller Charles L. Marron Hugh D. RACER - An Energy Conserving System for Ship Propulsion IECEC
- Halkola J.T. Campbell A.H. Jung D. RACER Conceptual Design
- Chen Simon K. Lin Rocky A Review of Engine Advanced Cycle and Rankine Bottoming Cycle and Their Loss Evaluations SAE 830124
- Luchter Stephen Renner Roy A. An Assessment of The Technology of Rankine Engines for Automobiles April 1977
- Should we have a new engine? II Jet Propulsion Laboratory, California Institute of Technology
- Automotive Handbook Bosch 1st
- Taylor Theodore Jr. Cole David Bolt Jay A. Potential of Spark ignition Engine for Increased Efficiency
- Alperstein, Swim Schweitzer P.H. Fumigation Kills Smoke - Improves Diesel Performance SAE Transactions 66 1958
- Taylor Charles Fayette The Internal Combustion Engine in Theory and Practice MIT Press 1977
- Renze P.P. Terry J.E. Application of Advanced Technologies to Derivatives of Current Small Transport Aircraft NASA 1981
- Compton W. Dale Automotive Challenges for R&D Mechanical Engineering Sept. 1980 32 41
- Karin G.A. Klatt S.R. Experimental and Analytical Studies of Hydrogen As A Fuel in Compression Ignition Engine
- Levi Jack Kittleson David B. Further Studies with A Hydrogen Engine SAE 780233
- Karim G.A. Ward G. The Examination of the Combustion Process in a Compression-Ignition Engine by Changing the Partial Pressure of Oxygen in the Intake Charge SAE 680767
- Daubert Edwin R. Bergthold, Frederick M. Jr. Fulton D. George Control System Development for A 1 MWe Solar Thermal Powerplant
- Dowdy M. et-al Automotive Technology Status and Projections JPL Pub. 78 71 II
- Journal of Parametrics II 4 3 9
- Chatterton E.E. Compound Diesel Engines for Aircraft Journal of The Royal Aeronautical Society Sept. 1954 58
- Diesel Engine Research and Development Status and Needs
- Toshio, Yoshimitsu, Kosuke Toyama, Fumihide Sato Yamaguchi Hirmosa Capabilities of Heat Insulated Diesel Engine SAE 820431
- Millar Gordon H. Presidential Papers 1984 SAE SP-604
- Bailey M. Murray Overview of Waste Heat Utilization Systems NASA