2014 (published: 08.09.2014)
Number 2(15)
Home > Issue > Improving methods of designing cooling systems outdoor sports facilities seasonal operation
Eglit A. Yu., Kisser K.V.
Currently caloric calculation of open ice field (rink) is performed based on Encyclopedic Handbook "Refrigeration", in turn, these are number of questions raised concerning relative heat transfer coefficient, wind speed, air temperature, air humidity, and an inverse magnitude evaporation coefficient.In the given article an analyzes of the influence of climatic parameters for the Almaty city (Kazakhstan) such as wind speed, solar radiation, air humidity, air temperature, which directly affect the total heat flow is performed, an alternate design procedure of heat influxes for artificial open ice rinks with seasonal operation is offered as well as that a thermal load calculation for refrigeration equipment is considered. The data received during research can be used for thermal calculation of open ice field by design organizations.
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Keywords: thermal calculation, the total heat gain, open artificial ice rink.
This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License
UDC 621. 59/56
Improving methods of designing cooling systems outdoor sports facilities seasonal operation
Currently caloric calculation of open ice field (rink) is performed based on Encyclopedic Handbook "Refrigeration", in turn, these are number of questions raised concerning relative heat transfer coefficient, wind speed, air temperature, air humidity, and an inverse magnitude evaporation coefficient.In the given article an analyzes of the influence of climatic parameters for the Almaty city (Kazakhstan) such as wind speed, solar radiation, air humidity, air temperature, which directly affect the total heat flow is performed, an alternate design procedure of heat influxes for artificial open ice rinks with seasonal operation is offered as well as that a thermal load calculation for refrigeration equipment is considered. The data received during research can be used for thermal calculation of open ice field by design organizations.
Read the full article
Keywords: thermal calculation, the total heat gain, open artificial ice rink.