Application of Genetic Algorithm for Optimization of Riser
By: Vijay Kumar H. K
.
Contributor(s): Uppin, M. S.
Publisher: New Delhi Journals Pub 2019Edition: Vol.5(1), Jan-June.Description: 13-19p.Subject(s): Mechanical EngineeringOnline resources: Click here
In:
International journal of production engineeringSummary: The casting industries are solitary of the leading dissections in the manufacturing industry. Quality or the acquiesce of the cast constituent is unswervingly exaggerated by the casting devise in turn by riser design. The quantity of the riser system plays a significant role in the enhancement of yield proportion of the casting. Usually riser is designed by means of modulus technique or the trial-and-error basis process which is time unbearable and imprecise. The design should provide a least amount of volume riser system but warranting the superiority of the casting. Owing to the need of permanent theoretical events in simulation software, the preliminary riser design has to be feed physically. In this work, the most favourable riser structure design is measured. Genetic algorithm (GA) is applied to optimize the riser structure proposed. The robustness utility in GA is to lessen the quantity of the riser under restrictions that guarantee no desert emerge in the casting. GA technique presents an optimized riser which is less significant in volume, than the riser that is conventionally premeditated by using modulus scheme.
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Articles Abstract Database
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School of Engineering & Technology Archieval Section | Not for loan | 2020153 |
The casting industries are solitary of the leading dissections in the manufacturing industry. Quality or the acquiesce of the cast constituent is unswervingly exaggerated by the casting devise in turn by riser design. The quantity of the riser system plays a significant role in the enhancement of yield proportion of the casting. Usually riser is designed by means of modulus technique or the trial-and-error basis process which is time unbearable and imprecise. The design should provide a least amount of volume riser system but warranting the superiority of the casting. Owing to the need of permanent theoretical events in simulation software, the preliminary riser design has to be feed physically. In this work, the most favourable riser structure design is measured. Genetic algorithm (GA) is applied to optimize the riser structure proposed. The robustness utility in GA is to lessen the quantity of the riser under restrictions that guarantee no desert emerge in the casting. GA technique presents an optimized riser which is less significant in volume, than the riser that is conventionally premeditated by using modulus scheme.
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