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VOL. 10, ISSUE 2 (2024)
Understanding of finite element analysis to analyze the air flow in an air purifier
Authors
Ritwik Tiwari, Niyati Raut
Abstract
The novel finite element analysis (FEA) method simulates different
parts or the entire assembly to test the system under real-world operating
circumstances. This technique is utilized by all manufacturers and designers
across a wide range of industries, including aircraft, automotive, steel,
drones, etc., to minimize errors or defects that arise during the production or
designing stage. Engineers can forecast how structures and component behavior
will change under various loading scenarios with the use of FEA. When it comes
to creating and optimizing things before they are actually constructed, this
predictive power is essential. To make sure that the finished product satisfies
performance and safety requirements, engineers might examine elements like
stress, strain, and deformation. In order to improve the air quality output
from the purifier, the study uses FEA to analyze the air flow through the air
purifier's casing by establishing the working boundary condition and measuring
the deflection along various directions. The procedure gave us a better air
purifier output by allowing us to adjust the air purifier's casing thickness
appropriately to obtain higher-quality air without significantly altering the
device's overall design.
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Pages:17-22
How to cite this article:
Ritwik Tiwari, Niyati Raut "Understanding of finite element analysis to analyze the air flow in an air purifier". International Journal of Research in Advanced Engineering and Technology, Vol 10, Issue 2, 2024, Pages 17-22
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