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Computer Aided Engineering Analysis and Design Optimization for Precision Manufacturing of Tillage Tool: Sweep Cultivator

¹G. U. Shinde, ²D. M. Salokhe, ³P. D. Badgujar, ⁴D. B. Sharma

1. MARATHWADA AGRICULTURAL UNIVERSITY PARBHANI(M.S.)INDIA
2. KAZIRANGA UNIVERSITY, Koraikhowa, Jorhat ASSAM-INDIA
3. Ulhas Patil College of Agricultural Engineering &Technology,JALGAON(M.S.)India
4. S.G.G.S.I.E.&T.,NANDED(M.S.)India

The process optimization in advance tillage tool system conceptually designed and fabricated by computer aided engineering analysis techniques. The Software testing a field performance is taken in the soil bed preparation as well as in the various crop patterns. It was found most use full in obtaining high weed removal efficiency. The precision geometry, optimum energy utilization, multi-operational design, easy transport and flexible attachments are some of the features which results in achieving some of the important parameters such as width of cut Max.18cm &Min. 8cm,depth of cut Max.17cm & Min.8cm,Speed of operation 4.2km/hr. Field capacity 0.42ha/hr and Field efficiency 78%. Theoretical field capacity 0.33ha/hr. Theoretical draft 6.5kN.Cost of operation Rs 597.6ha. The Computer aided design is created and tested with actual field condition parameters and found a maximum von misses stress noted 138 N/mm2 without plastic strain in the model. The revised design specifications are decided after confirmation in software testingThe process optimization in advance tillage tool system conceptually designed and fabricated by computer aided engineering analysis techniques. The Software testing a field performance is taken in the soil bed preparation as well as in the various crop patterns. It was found most use full in obtaining high weed removal efficiency. The precision geometry, optimum energy utilization, multi-operational design, easy transport and flexible attachments are some of the features which results in achieving some of the important parameters such as width of cut Max.18cm &Min. 8cm,depth of cut Max.17cm & Min.8cm,Speed of operation 4.2km/hr. Field capacity 0.42ha/hr and Field efficiency 78%. Theoretical field capacity 0.33ha/hr. Theoretical draft 6.5kN.Cost of operation Rs 597.6ha. The Computer aided design is created and tested with actual field condition parameters and found a maximum von misses stress noted 138 N/mm2 without plastic strain in the model. The revised design specifications are decided after confirmation in software testing

Keyword: Flexible tillage tool, Sweep cultivator, CAD-model, structural analysis, Weed removal efficiency, Von misses stress..

G. U. Shinde D. M. Salokhe P. D. Badgujar D. B. Sharma Engineering Technologies and Advances Poster 2012

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