Yunwu Li

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Total Citations

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About

Yunwu Li is a researcher whose work bridges agricultural engineering and computational mechanics, with a primary focus on post-harvest processing and quality preservation of fruit. His most notable contribution is the development of a finite element method (FEM)-based framework to analyze clamping damage in blood oranges, a critical issue in automated harvesting and handling systems. By simulating stress distribution and tissue deformation under mechanical loads, Li’s research provides a quantitative understanding of bruising mechanisms, enabling the design of gentler gripping tools and reducing economic losses in the citrus industry. His 2024 paper, "Blood orange clamping damage mechanism based on finite element method," has garnered 4 citations, reflecting its emerging impact among peers exploring fruit damage modeling. While his citation count is modest, the work stands out for its practical relevance to precision agriculture and food engineering. Li’s approach integrates material science, biomechanics, and computational simulation, offering a replicable methodology for studying other delicate crops. As the demand for automated fruit handling grows, his findings are poised to influence both academic research and industrial applications, particularly in regions where blood oranges are a high-value commodity.