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Pulsating & Oscillating Heat Transfer Devices in Acceleration Environments from Microgravity to Supergravity
Technical Paper
2001-01-2240
ISSN: 0148-7191, e-ISSN: 2688-3627
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English
Abstract
The work described was done during a five months stay as visiting professor at the Institute of Space and Astronautical Science, in Sagamihara, Japan. The research concentrates on pulsating and oscillating heat transfer devices, being of interest for applications in spacecraft thermal control in microgravity, in planetary partial gravity and hypergravity environment, and hypergravity acceleration levels in rotating spacecraft. Different aspects of various heat transfer devices in gravity environments ranging from micro-gravity to super-gravity are discussed. An overview is given of worldwide activities on and the state of the art of pulsating and oscillating heat transfer devices, in an attempt to assess commonalities and differences. Following the outcomes of this assessment, a baseline philosophy for modelling and for comparison of experimental data was defined, in order to anticipate an easy comparison with the results of ongoing and future research activities.
In addition a versatile test set-up was defined and developed such that it allows the variation of almost all the relevant parameters. The latter parameters are: Working fluid and fill charge, power, transport length, inclination with respect to the gravity vector, and the possibility to choose either the dead-end pulsating or the closed-loop oscillating configuration.
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Delil, A., "Pulsating & Oscillating Heat Transfer Devices in Acceleration Environments from Microgravity to Supergravity," SAE Technical Paper 2001-01-2240, 2001, https://doi.org/10.4271/2001-01-2240.Also In
References
- Delil, A.A.M. Two-Phase Heat Transport Systems for Spacecraft – Scaling with Respect to Gravity NLR-TP-89127, SAE 891467 , 19 th Int. Conf. on Environmental Systems, San Diego, USA, 1989, SAE Trans. J. Aerospace 98 1989 554 564
- Delil, A.A.M. Thermal Gravitational Modelling and Scaling of Two-Phase Heat Transport Systems: Similarity Considerations and Useful Equations, Predictions versus Experimental Results, NLR-TP-91477 Proc. 1 st European Symp. Fluids in Space Ajaccio, France 1991 579 599
- Delil, A.A.M. Two-Phase Heat Transport Systems for Space: Thermal Gravitational Modelling and Scaling Predictions Versus Results of Experiments Proc. ASME-JSME Forum on Microgravity Fluid Flow Portland, USA 1991 21 27
- Delil, A.A.M. Thermal Scaling of Two-Phase Heat Transport Systems for Space: Predictions versus Results of Experiments, NLR-TP-91477 Proc. 1991 IUTAM Symp on Microgravity Fluid Mechanics Bremen, Germany 469 478
- Delil, A.A.M. On Thermal-Gravitational Modelling, Scaling and Flow Pattern Mapping Issues of Two-Phase Heat Transport Systems NLR-TP-98268, SAE 981692 , 28 th International Conference on Environmental Systems, Danvers, USA, 1998, SAE Trans. J. Aerospace 107 1998
- Delil, A.A.M. Aerospace Heat and Mass Transfer Research for Spacecraft Thermal Control Systems Development, NLR-TP-98170, Heat Transfer 1998 Proc. 11 th Int. Heat Transfer Conference Kyongju, Korea 1998 1 239 260
- Delil, A.A.M. Unsolved Aerospace Heat and Mass Transfer Research Issues for the Development of Two-Phase Thermal Control Systems for Space Proc. Int. Workshop Non-Compression Refrigeration & Cooling Odessa, Ukraine 1999 21 42
- Delil, A.A.M. Thermal-Gravitational Modelling, Scaling and Flow Pattern Mapping Issues of Two-Phase Heat Transport Systems, Conference on Applications of Thermophysics in Microgravity and Breakthrough Propulsion Physics, AIP Conf Proc. 458, Space Technology & Applications International Forum Albuquerque, NM, USA 1999 761 771
- Delil, A.A.M. Some Critical Issues in Developing Two-Phase Thermal Control Systems for Space, NLR-TP-99354 Proc. 11 th Int. Heat Pipe Conference Tokyo, Japan 1999 3 61 79
- Delil, A.A.M. Microgravity Two-Phase Flow and Heat Transfer, NLR-TP-99429, Chapter 9 of Fluid Physics in Microgravity Monti, R. Overseas Publishing Associates Reading UK 2001
- Delil, A.A.M. Extension of Thermal-Gravitational Modeling & Scaling of Two-Phase Heat Transport Systems to Super-Gravity Levels and Oscillating Heat Transfer Devices, Keynote Lecture 6 th Int. Heat Pipe Symposium Chiang Mai, Thailand 2000 15 32
- Delil, A.A.M. Thermal-Gravitational Modelling and Scaling of Heat Transport Systems for Applications in Different Gravity Environments: Super-Gravity Levels & Oscillating Heat Transfer Devices” NLR-TP-2000-213, SAE- 2000-01-2377 , Proc.30 th International Conference on Environmental Systems & 7 th European Symposium on Space Environmental Control Systems Toulouse, France 2000
- Delil, A.A.M. Fundamentals of Gravity Level Dependent Two-Phase Flow and Heat Transfer – A Tutorial, and Thermal-Gravitational Modelling AIP Conf. Proc., Space Technology & Applications International Forum Albuquerque, USA 2001 209 220
- Delil, A.A.M. Scaling of Two-Phase Heat Transport Systems from Micro-Gravity to Super-Gravity Levels AIP Conf. Proc., Space Technology & Applications International Forum Albuquerque, USA 2001 221 229
- Kiseev, V.M. Zolkin, K.A. The Influence of Acceleration on the Performance of Oscillating Heat Pipe Proc. 11 th Int. Heat Pipe Conference Tokyo, Japan 1999 2 154 158
- Romestant, C. Sophy, T. Alexandre, A. Dynamic of heat pipe behavior under cyclic body forces environment Proc. 11 th Int. Heat Pipe Conference Tokyo, Japan 1999 2 1 6
- Ku, J., et al Transient Behaviors of a Miniature LHP Subjected to Periodic Accelerations Parallel to the Axis of Evaporator and Hydro-accumulator Proc.30 th International Conference on Environmental Systems & 7 th European Symposium on Space Environmental Control Systems Toulouse, France 2000
- Tamburini, P. “T-System”, Proposal of a New Concept Heat Transport System Proc. 3 rd International Heat Pipe Conference Palo Alto, USA 1978 346 353
- Lund, K.O. Baker, K.W. Weislogel, M.M. The Vapor-Pressure Pumped Loop Concept for Space Systems Heat Transport Proc. 1 st International. Conference on Aerospace Heat Exchanger Technology 1993 Palo Alto, USA 1993 45 55
- Borodkin, A.A. Kotlyarov, E.Yu Serov, G.P. Evaporation-Condensation Pump for Providing of Working Fluid Circulation in Two-Phase Heat Transferring System SAE 951508 , 25 th International Conference on Environmental Systems San Diego, CA, USA 1995
- Nishio, S. Oscillatory-Flow Heat Transport Device Proc. 11 th International Heat Pipe Conference Tokyo, Japan 1999 3 39 49
- Hosoda, M. Nishio, S. Shirakashi, R. Meandering Closed-Loop Heat-Transport Tube (Propagation Phenomena of Vapor Plug) Proc. 5 th ASME-JSME Thermal Engineering Conference San Diego, CA, USA 1999 1 8
- Nishio, S. Shin, H-T Oh, S-J. Oscillation-Controlled Heat-Transport Tubes (Effect of Transition from Laminar to Turbulent Flow on Effective Conductivity), Heat Transfer 1998 11 th International Heat Transfer Conference Kyongju, Korea 1998 3 317 322
- Wong, T.N., et al Theoretical Modelling of Pulsating Heat Pipe 11 th International Heat Pipe Conference Tokyo, Japan 1999 2 159 163
- Akachi, H. Motoya, S. Maezawa, S. Thermal performance of capillary tunnel type flat heat pipe Proc. 9 th International Heat Pipe Conference Albuquerque, NM, USA 1995 1 88 96
- Es, J. van, Woering, A.A. High-Acceleration Performance of the Flat Swinging Heat Pipe Proc.30 th International Conference on Environmental Systems & 7 th European Symposium on Space Environmental Control Systems Toulouse, France 2000
- Terpstra, M. Veen, J.G. 1987
- Maezawa, S., et al Thermal Performance of Capillary Tube Thermosyphon Proc. 9 th International Heat Pipe Conference Albuquerque, NM, USA 1995 21 791 795
- Smirnov, H.F. Kuznetsov, I.O. Borisov, V.V. Approximate Pulsating Heat pipe Theory and Experiment Proc. Int. Workshop Non-Compression Refrigeration & Cooling Odessa, Ukraine 1999 121 125
- Wallis, G.B. One-dimensional Two-phase Flow McGraw-Hill New York 1969
- Murphy, G. Similitude in Engineering Ronald Press New York, USA 1950
- Bretherton, F.P. The Motion of Long Bubbles in Tubes J. of Fluid Mechanics 10 1961 161 188
- Hattori, S. 115 1935
- Kurzweg, U.H. Zhao, L. Heat Transfer by High-frequency Oscillations: A New Hydrodynamic Technique for Achieving Large Effective Conductivities Physics of Fluids 27 1984 2624 2627
- Kurzweg, U.H. Enhanced Heat Conduction in Fluids Subjected to Sinusoidal Oscillations Trans. ASME, J. Heat Transfer 107 1985 459 462
- Kurzweg, U.H. Lindgren, E.B. Lothrop, B. Onset of Turbulence in Oscillatory Flow at Low Womersley Number Physics of Fluids A 1 12 1989 1972 1975
- Watson, E.J. Diffusion in Oscillatory Pipe Flow J. Fluid Mech 133 1983 233 244
- Inada, T. Tahara, M. Saitoh, K-I. Longitudinal Heat Transfer in Oscillatory Flows in Pipe Bundles of Various Cross Sections JSME International Journal, Series B 43 3 2000 460 467
- Inada, T. Kubo, T. Enhanced Heat Transfer through Oscillatory Flow Heat Transfer – Japanese Research 22 5 1993 480 492
- Delil, A.A.M. Modelling and Scaling of Oscillating or Pulsating Heat Transfer Devices Subjected to Earth Gravity and to High Acceleration Levels AIP Conf. Proc., Space Technology & Applications International Forum Albuquerque, USA 2001 230 240
- Lee, W.H., et al Flow Visualization of Oscillating Capillary Tube Heat Pipe 11 th Int. Heat Pipe Conference Tokyo, Japan 1999 2 149 153
- Lee, W.H., et al Characteristics of Pressure Oscillations in Self-excited Oscillating Heat Pipe Based on Experimental Study 6 th Int. Heat Pipe Symposium Chiang Mai, Thailand 2000 263 272
- Rittidech, S., et al Effect of Inclination Angles, Evaporator Section Lengths and Working Fluid Properties on Heat Transfer Characteristics of Closed-End Oscillating Heat Pipe 6 th Int. Heat Pipe Symposium Chiang Mai, Thailand 2000 281 288
- Charoensawan, P., et al Effect of Inclination Angles, Filling Ratios and Total Section Lengths on Heat Transfer Characteristics of Closed-Loop Oscillating Heat Pipe 6 th Int. Heat Pipe Symposium Chiang Mai, Thailand 2000 289 298
- Zuo, Z.J. North, M.T. Miniature High Heat Flux Heat Pipes for Cooling of Electronics SEE 2000 Hong Kong, China 2000
- Wong, T.N. Theoretical Modelling of Pulsating Heat Pipe 11 th Int. Heat Pipe Conference Tokyo, Japan 1999 2 159 163
- Schneider, M Yoshida, M. Groll, M. Investigation of Interconnected Mini Heat Pipe Arrays for Micro Electronics Cooling 11 th Int. Heat Pipe Conference Tokyo, Japan 1999 1 1 6
- Schneider, M, et al Visualization of Thermofluiddynamic Phenomena in Flat Plate Closed Loop Pulsating Heat Pipes 6 th Int. Heat Pipe Symposium Chiang Mai, Thailand 2000 235 247
- Buz, V.N. The Modeling of Non-Stationary Phenomena in Two-Phase Heat Transferring Devices Proc. Int. Workshop Non-Compression Refrigeration & Cooling Odessa, Ukraine 1999 106 111
- Smirnov, H.F. Kuznetsov, I.O. Borisov, V.V. The Modeling of Non-Stationary Phenomena in Two-Phase Heat Transferring Devices Proc. Int. Workshop Non-Compression Refrigeration & Cooling Odessa, Ukraine 1999 121 125
- Miyazaki, Y. Polasek, F. Akachi, H. Oscillating Heat Pipe with Check Valves 6 th Int. Heat Pipe Symposium Chiang Mai, Thailand 2000 257 261
- Miyazaki, Y. Arikawa, M. Oscillatory Flow in Oscillating Heat Pipe 11 th Int. Heat Pipe Conference Tokyo, Japan 1999 2 143 148
- Maezawa, S. Sato, F. Gi, K. Chaotic Dynamics of Looped Oscillating Heat Pipes (Theoretical Analysis on Single Loop) 6 th Int. Heat Pipe Symposium Chiang Mai, Thailand 2000 273 280
- Gi, K. Sato, F. Maezawa, S. Flow Visualization Experiment on Oscillating Heat Pipes, Flow Visualization Experiment on Oscillating Heat Pipes 11 th Int. Heat Pipe Conference Tokyo, Japan 1999 2 149 153
- Gi, K Maezawa, S. CPU Cooling of Notebook PC by Oscillating Heat Pipe 11 th Int. Heat Pipe Conference Tokyo, Japan 1999 2 166 169
- Rossi, L. Polasek, F. Thermal Control of Electronic Equipment by Heat Pipes and Two-Phase Thermosyphons 11 th Int. Heat Pipe Conference Tokyo, Japan 1999 3
- Swanepoel, G. Taylor, A.B. Dobson, R.T. Theoretical Modeling of Pulsating Heat Pipes 6 th Int. Heat Pipe Symposium Chiang Mai, Thailand 2000 227 234
- Dobson, R.T. Modeling of an Open Oscillatory Heat Pipe 6 th Int. Heat Pipe Symposium Chiang Mai, Thailand 2000 249 256
- Dobson, R.T. Harms, T.M. Lumped Parameter Analysis of Closed and Open Oscillatory Heat Pipe 11 th Int. Heat Pipe Conference Tokyo, Japan 1999 2 137 142
- Soliman, M. Schuster, J.R. Berenson, P.J. A General Heat Transfer Correlation for Annular Flow Condensation Trans. ASME C, J. Heat transfer 1968 90 267 276
- Delil, A.A.M. Gravity Dependence of Pressure Drop and Heat Transfer in Straight Two-Phase Heat Transport System Condenser Ducts NLR-TP-92167, SAE 921168 , 22 nd Int. Conf. on Environmental Systems3, Seattle, USA, 1992, SAE Trans., J. of Aerospace 101 1992 512 522
- Delil, A.A.M. Gravity Dependent Condensation Pressure Drop and Heat Transfer in Ammonia Two-Phase Heat Transport Systems, NLR-TP-92121, AIAA 92-4057 National Heat Transfer Conf San Diego, USA 1992
- Delil, A.A.M., et al TPX for In-Orbit Demonstration of Two-Phase Heat Transport Technology - Evaluation of Flight & Post-flight Experiment Results NLR-TP-95192, SAE 95150, 25 th Int. Conf. on Environmental Systems San Diego, USA 1995
- Incroprera, F.P. De Witt, D.P. Fundamentals of Heat and Mass Transfer John Wiley New York 1990
- Miller-Hurlbert, K. 2000
- Delil, A.A.M