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Analysis of mechanical properties of agricultural products for development of a multipurpose vegetable cutting machine -
분야 자연과학 > 수학
저자 Jeong Gil Park Hyun Mo Jung Bum Seok Kang Seong Kyu Mun Seung Hun Lee Seung Hyun Lee
발행기관 충남대학교 농업과학연구소
간행물정보 Korean Journal of Agricultural Science 2016년, Korean Journal of Agricultural Science Vol.43 No.3, 432page~440page(총9page)
파일형식 3085749 [다운로드 무료 PDF 뷰어]
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목차
부제 :
Abstract
Introduction
Material and Methods
Results and Discussion
Conclusion
References
 
 
영문초록
The consumption of pre-treated vegetables (including fresh-cut vegetables) that are washed, peeled, and trimmed has been significantly increased because of their easy use for cooking. Vegetable cutting machines have been widely utilized for producing fresh-cut vegetables or agricultural products of different sizes; however, the design standard is not established for specific types of agricultural products. Therefore, this study was conducted to determine mechanical properties (compressive and shear forces) of targeted agricultural products (radish, carrot, squash, cucumber, shiitake mushroom, and sweet potato) for developing a multipurpose vegetable cutting machine. According to ASAE standard (s368.3), compressive and shear forces of targeted agricultural products were measured by using a custom built UTM (universal testing machine). Shape type of samples and speed ranges (5 - 15 mm/min) of loading rate on bioyield and shear points varied depending on the targeted agricultural product. The range of averaged bioyield points of targeted agricultural products were between 7.89 and 146.98 N. On the other hand, their averaged shear points ranged from 22.50 to 53.47 N. Results clearly showed that the bioyield and shear points of targeted agricultural products were thoroughly affected by their components. As measuring compressive and shear forces of a variety of agricultural products, it will be feasible to calculate blade cutting force for designing multipurpose vegetable cutting machine.
 
 
vegetables, shear, compression, mechanical properties
 
 
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