DESIGN AND DEVELOPMENT OF PEDAL OPERATED MAIZE DESHELLER-A REVIEW

Authors

  • KARANSINH R.CHITODA Department Of Mechanical EngineeringS.B.Patil College Of Engineering, Vangali, Indapur,Pune 413106
  • KALPAK V.DOSHI, Department Of Mechanical EngineeringS.B.Patil College Of Engineering, Vangali, Indapur,Pune 413106
  • SOURABH A.DUGAD, Department Of Mechanical EngineeringS.B.Patil College Of Engineering, Vangali, Indapur,Pune 413106
  • NITIN T.KADAM Department Of Mechanical EngineeringS.B.Patil College Of Engineering, Vangali, Indapur,Pune 413106

Keywords:

Maize, Sheller Machine, Design,, Efficiency

Abstract

Lack of Corn processing machines, especially Maize Sheller, is a major problem ofCornproduction,especiallyinourcountryIndia.Inthispaperbasicreview ofresearch-workfordesign,fabricate,andperformance evaluation of a Corn Sheller consisting of feed hopper, shellingunit,separatingunitandpowersystemiscarried out .The performance of the machine was studied in terms of throughput capacity, shelling efficiency, materialefficiencyandmechanicaldamage.Regressionmodels that could be used to express the relationship existing between the Sheller performance indices, pod moisturecontentandfeedratewereestablish.Thispaper describes about the design of variouscomponentsofMaizeShellermachineusingdifferentmethodology.The machine could be operated continuously for a comparatively long time with high shelling ratewithout causing damage to kernels. Four shelling units can be providedforshellingofmaizecobsandoperatedwiththe chainandsprocketarrangement.Theresultsrevealedthat themachinewaseasytooperatewithanaveragekernelshellingrateof110kg/hrwhenoperatedbytwopersons withnoanykerneldamage.Overall,thispaperinvolvesstudy of different processes like design,fabricationandassemblingofdifferentcomponentsetc

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Published

2021-03-27

Issue

Vol. 4 No. 2 (2017): IJIERT

Section

Articles

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How to Cite

KARANSINH R.CHITODA, KALPAK V.DOSHI, SOURABH A.DUGAD, & NITIN T.KADAM. (2021). DESIGN AND DEVELOPMENT OF PEDAL OPERATED MAIZE DESHELLER-A REVIEW. International Journal of Innovations in Engineering Research and Technology, 4(2), 1-6. https://repo.ijiert.org/index.php/ijiert/article/view/1299