A SIMPLIFIED MATHEMATICAL MODEL STUDIES FLOW IN THE GAP BETWEEN THE PLATES
Journal: SCIENTIFIC PAPERS COLLECTION OF THE ANGARSK STATE TECHNICAL UNIVERSITY
Volume 2019 № 1
, 2019
Rubrics: CHEMISTRY AND CHEMICAL TECHNOLOGY
Authors:
Type:
Article
Pages:
from 137
to 142
Status:
Published
Received:
05.12.2019
Accepted:
18.12.2019
Published:
18.12.2019
Subject area:
UDK 51 Математика
GRNTI 06.35 Учетно-экономические науки
GRNTI 06.39 Наука управления экономикой
GRNTI 06.35 Учетно-экономические науки
GRNTI 06.39 Наука управления экономикой
Language:
Russian
Keywords:
pressure, throttle, clearance, plate, flow, vacuum.
Abstract (English):
A simplified mathematical model of the flow motion process in a slit gap with its continuous flow between two closely spaced plates by means of a receptor and the flow into the gap through the Central hole in one of the plates is considered. Such a study is necessary to study the formation of a wave-like flow in the gap, which causes low (rarefaction) and high (above atmospheric) pressure in the ring zones between closely spaced plates. For this study, receptors in the form of jet logic elements with a centralized power supply are used. The proposed studies can be applied, for example, in the development of various devices and processes for mixing different substances or fluids.
A simplified mathematical model of the flow motion process in a slit gap with its continuous flow between two closely spaced plates by means of a receptor and the flow into the gap through the Central hole in one of the plates is considered. Such a study is necessary to study the formation of a wave-like flow in the gap, which causes low (rarefaction) and high (above atmospheric) pressure in the ring zones between closely spaced plates. For this study, receptors in the form of jet logic elements with a centralized power supply are used. The proposed studies can be applied, for example, in the development of various devices and processes for mixing different substances or fluids.
Keywords:
pressure, throttle, clearance, plate, flow, vacuum.
pressure, throttle, clearance, plate, flow, vacuum.
