THE JUSTIFICATION OF THE SCHEME AND INDICATORS POWER HEAT FLOW IN THE HEAT REGULATION DEVICE OF MOBILE MACHINES

K. Glemba; A. Gritsenko; Yu. Averyanov

doi:doi:10.12737/19416

THE JUSTIFICATION OF THE SCHEME AND INDICATORS POWER HEAT FLOW IN THE HEAT REGULATION DEVICE OF MOBILE MACHINES

Published в Alternative energy sources in the transport-technological complex: problems and prospects of rational use of · Volume 2, Issue 2, 2015 · Pages 576–582 · Rubrics: Bezopasnost' transportno-tehnologicheskogo kompleksa

DOI 10.12737/19416

Received: 04.05.2016 Accepted: 04.05.2016 Published: 04.05.2016 Language of publication: RUS

Authors

K. Glemba · A. Gritsenko · Yu. Averyanov

ABSTRACT

Identifies the main factors influencing the process of formation of the thermal state of the human body. Calculated structural parameters of thermally regulating the local device. Experimental relationships between indicators of the thermal state of the human operator and the device settings. A method of calculating the power, the dependence of the heat flux conductive panels and deficit (excess) heat in the human body. Justified and selected method of controlling the heat removal from the surface of the body of the human operator using a local thermally regulating device. We present graphical dependence of changes in the average power density of the heat flow for a given rate of decline of temperature and of total body weight; changes in power density of the heat flow and human growth. To obtain comfortable temperatures the body requires an average power density of the heat flow from the surface of the human body 268 W/m2, full capacity of the heat flow will amount to 486 watts.

KEYWORDS

operator of mobile machines thermal comfort conduction heat regulation heat sensation microclimate power heat flow

Information References

Authors:

Type:

Article

Pages:

from 576 to 582

Status:

Published

Language:

Russian

Keywords:

operator of mobile machines, thermal comfort, conduction, heat regulation, heat sensation, microclimate, power, heat flow

References

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