This content is not included in
your SAE MOBILUS subscription, or you are not logged in.
Features of Application Materials While Designing Phase Transition Heat Accumulators of Vehicle Engines
Technical Paper
2017-01-5003
ISSN: 0148-7191, e-ISSN: 2688-3627
This content contains downloadable datasets
Annotation ability available
Sector:
Language:
English
Abstract
Thermal control of a vehicle engine operation is a key aspect of the development of a vehicle warming-up systems. The use of heat accumulators and phase transition heat-accumulating materials is perspective. The given article describes the ways of improving thermal properties of phase transition heat-accumulating materials in the processes of their designing, the efficient ways of heat transfer from phase transition heat-accumulating materials to heat carrying agent of heat accumulators and then to vehicles. To create reliable phase transition heat-accumulating materials, different ways of their realization are suggested. One of them is the construction of the corresponding phase diagrams to determine an optimal composition of phase transition heat-accumulating materials with higher thermal properties to operate in a given temperature range. Another way is to study thermal hysteresis phenomena in melting and crystallization in order to increase the efficiency of phase transition heat-accumulating materials. An experimental application of a contact heat accumulator in the long-term storage of a vehicle with a nonrunning engine under operating conditions is considered. The results of experimental studies of a phase transition contact heat accumulator of a vehicle engine with possible changes of the parameters under measurement taking into account hysteresis effects are presented. In general, the given results are recommended to justify the use of heat storage materials while designing vehicle engine heat accumulators. The features of the heat accumulator under study technology are selected depending on vehicle operational requirements and purposes.
Authors
- Igor V. Gritsuk - Kharkov National Auto Highway University
- Valery Aleksandrov - Donbas National Academy of Civil Engineering and Arch.
- Sergii Panchenko - Ukrainian State University of Railway Trans.
- Artur Kagramanian - Ukrainian State University of Railway Trans.
- Oksana Sobol - Donbas National Academy of Civil Engineering and Arch.
- Aleksandr Sobolev - Donbas National Academy of Civil Engineering and Arch.
- Roman Varbanets - Odessa National Maritime University
Citation
Gritsuk, I., Aleksandrov, V., Panchenko, S., Kagramanian, A. et al., "Features of Application Materials While Designing Phase Transition Heat Accumulators of Vehicle Engines," SAE Technical Paper 2017-01-5003, 2017, https://doi.org/10.4271/2017-01-5003.Data Sets - Support Documents
| Title | Description | Download |
|---|---|---|
| Unnamed Dataset 1 | ||
| Unnamed Dataset 2 | ||
| Unnamed Dataset 3 | ||
| Unnamed Dataset 4 | ||
| Unnamed Dataset 5 |
Also In
References
- Volkov V. , Gritsuk I. , Gutarevich Yu. , Aleksandrov V. , Podduniak V. , Prilepskiy Yu. , Komov P. , Adrov D. , Verbovskiy V. , Krasnokutska Z. , Volkova T. Warming-up systems of internal combustion engines: basics of functioning: monograph Donetsk LANDON- XXI Publ. 2015 314
- Shulgin V.V. Vehicular thermal accumulators SPb . Publishing. Polytechnic. University Press 2005 268
- Vashurkin I.O. Thermal development and start of ICE of mobile vehicles and construction machinery in winter SantPeterburg Nauka Publ. 2002 145
- Aleksandrov V. , Gutarevich Yu. , Gritsuk I. , Prilepskiy Yu. , Postnikov V. , Gushchin A. , Adrov D. , Verbovskiy V. , Krasnokutska Z. Phase transition heat accumulators for vehicles: the parameters of working processes: monograph Donetsk Publishing house “Knowledge” 2014 230
- Levenberg V.D. , Tkach M.P. , Golstrem V.A. Accumulation of heat Kiev Tekhnika (Engineering) 1991 112
- Patent № 33399A. Ukraine Method of thermal analysis Aleksandrov V.D. Ukraine Patent applicant and patent holder Donbas National Academy of Civil Engineering and Architecture 18 02 1992 15 02 2001
- Patent № 83721. Ukraine Method of compatible cyclic differential thermal analysis Aleksandrov V.D. Ukraine Patent applicant and patent holder Donbas National Academy of Civil Engineering and Architecture 07 08 2006 11 08 2008
- Postnikov , V. A. and Mozgunova , T. V. The influence of the number of recrystallizations and superheating of the melt on the pre-crystallization supercooling of benzoic acid Vestnik Donetskogo natsional’nogo universiteta. Series A: Natural sciences 2012 2 106 109
- Postnikov , V.A. and Luganskii , E.M. The influence of thermal history on the kinetics of palmitic acid crystallization Materialovedenie 2012 8 17 20
- Aleksandrov V. Kinetics of nucleation and mass crystallization of overcooled melts and atmospheric mediums Donetsk Donbass Publ. 2011 591
- Sokolov D.N. , Sdobnikov N.Yu. , Komarov P.V. , Samsonov V.M. Hysteresis of melting temperatures and metal nano-particles crystallization Structure and characteristics of metals and cindery melts: in 4 volumes: Works of the XIIth Russian conference Yekaterinburg September 12-16, 2011 RAS, section of physics and chemical foundations of metallurgical processes 26 29 2001
- Klimov V.A. , Timofeeva I.O. , Khanin S.D. , Shadrin E.B. Formation of temperature hysteresis loop in phase transition “metal - semiconductor” in films of vanadium dioxide The collection of scientific papers JTPh 72 9 67 74 2002
- Zamulin I.S. , Gafner S.L. The study of some physical properties of Pt and Pd nano-crystals by the method of molecular dynamics under the processes of melting and crystallization The collection of scientific papers the materials of International scientific and technical conference Moscow Intermatic Publ. 1 15 18 2012
- Boryniak L.A. , Chernyshov A.P. Temperature hysteresis under the condition of melting and crystallization of nano-objects Scientific bulletin of Novosibirsk State Technical University 1 54 172 179 2014
- Aleksandrov V.D. , Sobol O.V. Comparisomn of overheating of crystals under melting and overcooling of melts under crystallization Journal of physical chemistry 81 11 2100 2103 2007
- Gritsuk , I. , Gutarevych , Y. , Mateichyk , V. , and Volkov , V. Improving the Processes of Preheating and Heating after the Vehicular Engine Start by Using Heating System with Phase-Transitional Thermal Accumulator SAE Technical Paper 2016-01-0204 2016 10.4271/2016-01-0204
- Gritsuk , I. , Volkov , V. , Gutarevych , Y. , Mateichyk , V. et al. Improving Engine Pre-Start And After-Start Heating by Using the Combined Heating System SAE Technical Paper 2016-01-8071 2016 10.4271/2016-01-8071
- Adrov D.S. , Gritsuk I.V. , Prilepskiy Yu.V. , Doroshko V.I. , Verbovskiy V.S. , Krasnokutska Z.I. , Verbovskiy V.S. , Mikhailiuk A.A. Peculiarities of experimental stationary motor set and methods of investigating the system of accelerated warming-up of an engine and utilizing the heat of its exhaust gases by heat accumulator The collection of scientific papers DonIRT UkrDART 28 179 189 2011
- Karnaukhov N.N. , Pustovalov I.A. , Yarkin A.V. Heat accumulator for supporting ICE starting temperature in inter-change stand of a construction vehicle in winter Automobile operating company 45 48 2010
- Patent for invention № 103729 Ukraine, (2013.01) F01P 3/22, B60H 1/04, B60K 11/00 The system of coolant optimal temperatures in ICE Gutarevych Yu.F. , Mateichyk V.P. , Gritsuk I.V. , Volkov V.P. , Kagramanyan A.O. , Komov P.B. , Komov O.B. , Poddubnyak V.Yo. , Sergiyenko M.I. , Krasnokutska Z.I. Ukraine Patent applicant and patent holder National Transport University 10 04 2013 il
- Patent for invention № 106525 Ukraine, F01P 3/22 (2013.01), B60H 1/04 (2013.01) The system of coolant optimal temperatures in ICE Gutarevych Yu.F. , Mateichyk V.P. , Gritsuk I.V. , Volkov V.P. , Kagramanyan A.O. , Komov P.B. , Komov O.B. , Poddubnyak V.Yo. , Sergiyenko M.I. , Krasnokutska Z.I. , Yeroschenkov S.A. , Verbovskiy V.S. , Adrov D.S. , Makedonska L.O. , Komov A.P. , Komov Ye.O. Ukraine Patent applicant and patent holder National Transport University, Kharkiv National Transport University, Ukrainian State Academy of Railway Transport, Donetsk Railway Transport Institute 16 10 2012 10 09 2014 il
- Aleksandrov V. , Pokintelitsa E. Claster- coagulation crystallization of supercooling liquids Saarbrucken (Deutschland) Palmarium academic publishing 2015 176