DESIGN OF AIR CYCLONES: Part II - SOFTWARE DEVELOPMENT

Standard design procedures for air cyclones have been employed to formulate a comprehensive design sequence for computer implementation. The procedure is implemented as a software suite, which essentially incorporates a Microsoft Access Database to store data and Microsoft Visual Basic 6.0 front-end modules for user interaction. The software design and implementation involves the following steps: establishing the model equations, designing the database to store data, designing the front-end modules and formulating the computational algorithm. The structure of the software developed is modular with scope to easily integrate modules for other unit operations. Symbols used: Dc Cyclone diameter, m a Inlet height, m b Inlet width, m Du Gas overflow outlet diameter, m S Gas underflow outlet diameter, m h Cylindrical height of cyclone, m Zc Conical height of cyclone, m' H Total height of cyclone (h+Zc), m n Collection efficiency, % Πο Overall collection efficiency Vi Inlet velocity, m/s Q Feed rate, m3/s Sf Separation Factor dpc Critical particle diameter, microns

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Publication Details

Published
2026-06-19
DOI
https://doi.org/10.83043/fse8m188
Primary Topic
Hermeneutics and Narrative Identity
Type
article
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article

DESIGN OF AIR CYCLONES: Part II - SOFTWARE DEVELOPMENT

Hermeneutics and Narrative Identity
article

DESIGN OF AIR CYCLONES: Part II - SOFTWARE DEVELOPMENT

article en

Abstract

Standard design procedures for air cyclones have been employed to formulate a comprehensive design sequence for computer implementation. The procedure is implemented as a software suite, which essentially incorporates a Microsoft Access Database to store data and Microsoft Visual Basic 6.0 front-end modules for user interaction. The software design and implementation involves the following steps: establishing the model equations, designing the database to store data, designing the front-end modules and formulating the computational algorithm. The structure of the software developed is modular with scope to easily integrate modules for other unit operations. Symbols used: Dc Cyclone diameter, m a Inlet height, m b Inlet width, m Du Gas overflow outlet diameter, m S Gas underflow outlet diameter, m h Cylindrical height of cyclone, m Zc Conical height of cyclone, m' H Total height of cyclone (h+Zc), m n Collection efficiency, % Πο Overall collection efficiency Vi Inlet velocity, m/s Q Feed rate, m3/s Sf Separation Factor dpc Critical particle diameter, microns

University of Port Harcourt (NG), Ahmadu Bello University (NG), Federal University of Technology Owerri (NG), Kaduna Polytechnic (NG), Vienna Consulting Engineers (Austria) (AT)
Openalex Percentile: Top 100%
Hermeneutics and Narrative Identity
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DESIGN OF AIR CYCLONES: Part II - SOFTWARE DEVELOPMENT · (2026) | TGRS Research Map | TGRS