December 2016 (published: 05.12.2016)
Number 4(24)
Home > Issue > The review and the analysis aero - and thermodynamic processes in an aperture
with an air and thermal veil
Grigoriev A.Y. , Zhignovskaya D.V.
In article the review and the analysis studied aero- and thermodynamic processes, happening in an aperture to an air and thermal veil which are the important and protective equipment for clean rooms, food shops, and refrigerating warehouses and cameras is made. Stream axis trajectory computational methods in the boundless taking-down stream are presented. Data of researches are of considerable interest at projection and constructioning of air and thermal veils and development of various options of mathematical model operation of the gasdynamic processes happening in an aperture to air curtains.
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Keywords: air curtains, distribution of a stream in the taking-down stream, a stream trajectory, driving of air, stream parameters, a sinuous and laminar flow, impact pressure in a stream and a stream.
This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License
UDC 697.9
The review and the analysis aero - and thermodynamic processes in an aperture
with an air and thermal veil
In article the review and the analysis studied aero- and thermodynamic processes, happening in an aperture to an air and thermal veil which are the important and protective equipment for clean rooms, food shops, and refrigerating warehouses and cameras is made. Stream axis trajectory computational methods in the boundless taking-down stream are presented. Data of researches are of considerable interest at projection and constructioning of air and thermal veils and development of various options of mathematical model operation of the gasdynamic processes happening in an aperture to air curtains.
Read the full article
Keywords: air curtains, distribution of a stream in the taking-down stream, a stream trajectory, driving of air, stream parameters, a sinuous and laminar flow, impact pressure in a stream and a stream.
DOI 10.17586/2310-1148-2016-9-4-6-15