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- Title
Evaluation Strength of Materials of the Compressor Wheel and Engine Power in the Turbocharger.
- Authors
Tran Huu Danh; Le Hong Ky; Pham Hoang Anh; Dang Thanh Tam; Nguyen Hoang Hiep
- Abstract
This paper presents the research results on the strength of materials and power of the Toyota 3C engine when changing the structure and number of blades of the compressor wheel in the turbocharger. 3D models of different compressor wheels were created using reverse engineering and then simulated in the ANSYS environment with turbine shaft rotation speeds of 10,000, 15,000, and 20,000 rpm, respectively, to examine the strength of the compression wheel materials. To evaluate engine power, compressor wheels were machined on a 5-axis CNC milling machine. The MP 100S specialized test bed was used to perform experiments and compare engine power when using the original and alternative compressor wheels of the CT9 turbocharger. The compressor wheels were made of aluminum alloy, with a structure and number of blades selected to ensure durability when working. The CT9 turbocharger has a four-pair blade compressor wheel that consistently delivers higher engine power than in other cases.
- Subjects
COMPRESSOR blades; REVERSE engineering; STRENGTH of materials; NUMERICAL control of machine tools; ALUMINUM alloys; TURBOCHARGERS
- Publication
Engineering, Technology & Applied Science Research, 2024, Vol 14, Issue 4, p15734
- ISSN
2241-4487
- Publication type
Article
- DOI
10.48084/etasr.7891