RESEARCH OF HYDRODYNAMICS OF HEAT GENERATORS FOR MECHANICAL SYSTEMS AUTONOMOUS HEATING

RESEARCH OF HYDRODYNAMICS OF HEAT GENERATORS FOR MECHANICAL SYSTEMS AUTONOMOUS HEATING

A design of mechanical heat source, allows direct conversion of mechanical energy of the wind flow into thermal energy due to friction forces in a highly viscous fluid. Obtained theoretical dependence for calculating the heat generated by converting mechanical energy into heat. For laminar flow of a...

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Bibliographic Details
Main Authors: E. M. Derbasova, R. V. Mukanov, N. D. Shishkin
Format: Article
Language:Russian
Published: Daghestan State Technical University 2016-07-01
Series:Vestnik Dagestanskogo Gosudarstvennogo Tehničeskogo Universiteta: Tehničeskie Nauki
Subjects:
renewable energy
wind turbine
mechanical heat generator rotor with a vertical semi-cylindrical blades
coolant
highly viscous
liquid immersion
heat exchange
Online Access:https://vestnik.dgtu.ru/jour/article/view/33
id doaj-792d4f88f38e4f60858200b3b68cb8a4
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spelling doaj-792d4f88f38e4f60858200b3b68cb8a42021-07-28T20:54:32ZrusDaghestan State Technical UniversityVestnik Dagestanskogo Gosudarstvennogo Tehničeskogo Universiteta: Tehničeskie Nauki 2073-61852542-095X2016-07-01343283510.21822/2073-6185-2014-34-3-28-3532RESEARCH OF HYDRODYNAMICS OF HEAT GENERATORS FOR MECHANICAL SYSTEMS AUTONOMOUS HEATINGE. M. Derbasova0R. V. Mukanov1N. D. Shishkin2ГАОУ АО ВПО «Астрахан- ский инженерно-строительный институт», г. АстраханьГАОУ АО ВПО «Астрахан- ский инженерно-строительный институт», г. АстраханьГАОУ АО ВПО «Астра- ханский инженерно-строительный институт», г. АстраханьA design of mechanical heat source, allows direct conversion of mechanical energy of the wind flow into thermal energy due to friction forces in a highly viscous fluid. Obtained theoretical dependence for calculating the heat generated by converting mechanical energy into heat. For laminar flow of a highly viscous, fluid in the gap between the stationary and rotating disk heat source. Based on experimental studies to determine the average thickness of the boundary layer between the rotating and fixed disks. The dependences to identify key structural dimensions of mechanical heat sources for heating systems.https://vestnik.dgtu.ru/jour/article/view/33renewable energywind turbinemechanical heat generator rotor with a vertical semi-cylindrical bladescoolanthighly viscousliquid immersionheat exchange
collection DOAJ
language Russian
format Article
sources DOAJ
author E. M. Derbasova
R. V. Mukanov
N. D. Shishkin
spellingShingle E. M. Derbasova
R. V. Mukanov
N. D. Shishkin
RESEARCH OF HYDRODYNAMICS OF HEAT GENERATORS FOR MECHANICAL SYSTEMS AUTONOMOUS HEATING
Vestnik Dagestanskogo Gosudarstvennogo Tehničeskogo Universiteta: Tehničeskie Nauki
renewable energy
wind turbine
mechanical heat generator rotor with a vertical semi-cylindrical blades
coolant
highly viscous
liquid immersion
heat exchange
author_facet E. M. Derbasova
R. V. Mukanov
N. D. Shishkin
author_sort E. M. Derbasova
title RESEARCH OF HYDRODYNAMICS OF HEAT GENERATORS FOR MECHANICAL SYSTEMS AUTONOMOUS HEATING
title_short RESEARCH OF HYDRODYNAMICS OF HEAT GENERATORS FOR MECHANICAL SYSTEMS AUTONOMOUS HEATING
title_full RESEARCH OF HYDRODYNAMICS OF HEAT GENERATORS FOR MECHANICAL SYSTEMS AUTONOMOUS HEATING
title_fullStr RESEARCH OF HYDRODYNAMICS OF HEAT GENERATORS FOR MECHANICAL SYSTEMS AUTONOMOUS HEATING
title_full_unstemmed RESEARCH OF HYDRODYNAMICS OF HEAT GENERATORS FOR MECHANICAL SYSTEMS AUTONOMOUS HEATING
title_sort research of hydrodynamics of heat generators for mechanical systems autonomous heating
publisher Daghestan State Technical University
series Vestnik Dagestanskogo Gosudarstvennogo Tehničeskogo Universiteta: Tehničeskie Nauki
issn 2073-6185
2542-095X
publishDate 2016-07-01
description A design of mechanical heat source, allows direct conversion of mechanical energy of the wind flow into thermal energy due to friction forces in a highly viscous fluid. Obtained theoretical dependence for calculating the heat generated by converting mechanical energy into heat. For laminar flow of a highly viscous, fluid in the gap between the stationary and rotating disk heat source. Based on experimental studies to determine the average thickness of the boundary layer between the rotating and fixed disks. The dependences to identify key structural dimensions of mechanical heat sources for heating systems.
topic renewable energy
wind turbine
mechanical heat generator rotor with a vertical semi-cylindrical blades
coolant
highly viscous
liquid immersion
heat exchange
url https://vestnik.dgtu.ru/jour/article/view/33
work_keys_str_mv AT emderbasova researchofhydrodynamicsofheatgeneratorsformechanicalsystemsautonomousheating
AT rvmukanov researchofhydrodynamicsofheatgeneratorsformechanicalsystemsautonomousheating
AT ndshishkin researchofhydrodynamicsofheatgeneratorsformechanicalsystemsautonomousheating
_version_ 1721264829281337344

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