ZHAO, H.; DENG, W.; REN, Z.; LIU, C.; YAN, D.; CAI, Y.; ZHAO, Z. OPTIMIZATION DESIGN ANALYSIS OF MOVABLE ROTATING PLATE TYPE GRADING DEVICE FOR POTATO. INMATEH Agricultural Engineering 2024, 299–312, doi:10.35633/inmateh-72-28.
ZHAO, H.; DENG, W.; REN, Z.; LIU, C.; YAN, D.; CAI, Y.; ZHAO, Z. OPTIMIZATION DESIGN ANALYSIS OF MOVABLE ROTATING PLATE TYPE GRADING DEVICE FOR POTATO. INMATEH Agricultural Engineering 2024, 299–312, doi:10.35633/inmateh-72-28.
ZHAO, H.; DENG, W.; REN, Z.; LIU, C.; YAN, D.; CAI, Y.; ZHAO, Z. OPTIMIZATION DESIGN ANALYSIS OF MOVABLE ROTATING PLATE TYPE GRADING DEVICE FOR POTATO. INMATEH Agricultural Engineering 2024, 299–312, doi:10.35633/inmateh-72-28.
ZHAO, H.; DENG, W.; REN, Z.; LIU, C.; YAN, D.; CAI, Y.; ZHAO, Z. OPTIMIZATION DESIGN ANALYSIS OF MOVABLE ROTATING PLATE TYPE GRADING DEVICE FOR POTATO. INMATEH Agricultural Engineering 2024, 299–312, doi:10.35633/inmateh-72-28.
Abstract
Given the existing movable rotating plate type grading device for potatoes with a high safety factor and heavy mass, the body frame of the grading device and movable rotating plate were optimized and a lightweight design was carried out. Based on ANSYS Workbench 2022, the static analysis of the body frame before and after improvement was compared, and it was verified that the strength and deformation of the optimized body frame met the design requirements, and the weight of the optimized body frame was reduced by 32.3%. Based on the direct optimization module of ANSYS Workbench 2022, the plate length, width, and height were used as design variables for the lightweight design of the movable rotating plate. The MOGA algorithm was used to generate sixty design solutions, and the optimal combination of size parameters for the plate was 610 mm, 95mm, and1.2 mm. Compared with the whole grading device before optimization, the total mass was reduced by 22.86% after optimization. The research of this article provides a reference for the structural design and optimization analysis of potato grading devices.
Copyright:
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