DESIGN, CONSTRUCTION AND PERFORMANCE SIMULATION OF A NOVEL HELICAL MANURE DISTRIBUTOR MACHINE

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TAGHIZADEH TAMEH JALIL; JAFARI ALI; MOUSAZADEH HOSSEIN; TARABI NAZILLA

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Journal Paper

Paper Information

Journal: Iranian Journal of Biosystems Engineering Year:2016 | Volume:47 | Issue:2 Page(s): 197-205

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Information Journal Paper

Title

DESIGN, CONSTRUCTION AND PERFORMANCE SIMULATION OF A NOVEL HELICAL MANURE DISTRIBUTOR MACHINE

Author(s)

TAGHIZADEH TAMEH JALIL | JAFARI ALI | MOUSAZADEH HOSSEIN | TARABI NAZILLA | Issue Writer Certificate

Keywords

AUGER (SCREW CONVEYOR)Q1

MANUREQ2

DISTRIBUTION WIDTHQ1

PERFORMANCE SIMULATIONQ1

Abstract

Organic MANURE plays its important role in the improvement of soil through decrease in bulk density, increasing porosity as well as water infiltration rate. However, the method of MANURE spreading influences its beneficial impact on soil structure and as well texture. In this study, a novel helical MANURE distributor mechanism, capable of spreading MANURE of different moisture contents at its maximum DISTRIBUTION WIDTH, was developed and the performance of the machine modeled. The machine consisted of two helical screw conveyors placed at the bottom of the hopper. Grips spirally mounted at the middle of the auger’s shaft transferred MANURE to the distribution unit. MANURE distribution system included two drums one at the end side of the hopper. MANURE was broadcasted through centrifugal force applied by the rotational motion of the drums. The effects of the drums speed and MANURE particle size and mass on DISTRIBUTION WIDTH were studied. Power requirement of the augers was calculated at different rotational speeds of the auger and within three levels of the internal friction of MANURE. In addition, power requirements of the drums were computed at different rotational speeds. The DISTRIBUTION WIDTH and volume of the hopper were 14 m and 6 m3, respectively. The discharge flow rate of the machine varied from 0.022 to 0.073 m3/s .The results revealed that PTO power requirement increased by increase in the rotational speed and internal friction of the MANURE. Maximum PTO power and drawbar power requirements of the machine were determined to be 34.2 and 18.45 hp, respectively.

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APA: Copy

TAGHIZADEH TAMEH, JALIL, JAFARI, ALI, MOUSAZADEH, HOSSEIN, & TARABI, NAZILLA. (2016). DESIGN, CONSTRUCTION AND PERFORMANCE SIMULATION OF A NOVEL HELICAL MANURE DISTRIBUTOR MACHINE. IRANIAN JOURNAL OF BIOSYSTEMS ENGINEERING (IRANIAN JOURNAL OF AGRICULTURAL SCIENCES), 47(2), 197-205. SID. https://sid.ir/paper/144397/en

Vancouver: Copy

TAGHIZADEH TAMEH JALIL, JAFARI ALI, MOUSAZADEH HOSSEIN, TARABI NAZILLA. DESIGN, CONSTRUCTION AND PERFORMANCE SIMULATION OF A NOVEL HELICAL MANURE DISTRIBUTOR MACHINE. IRANIAN JOURNAL OF BIOSYSTEMS ENGINEERING (IRANIAN JOURNAL OF AGRICULTURAL SCIENCES)[Internet]. 2016;47(2):197-205. Available from: https://sid.ir/paper/144397/en

IEEE: Copy

JALIL TAGHIZADEH TAMEH, ALI JAFARI, HOSSEIN MOUSAZADEH, and NAZILLA TARABI, “DESIGN, CONSTRUCTION AND PERFORMANCE SIMULATION OF A NOVEL HELICAL MANURE DISTRIBUTOR MACHINE,” IRANIAN JOURNAL OF BIOSYSTEMS ENGINEERING (IRANIAN JOURNAL OF AGRICULTURAL SCIENCES), vol. 47, no. 2, pp. 197–205, 2016, [Online]. Available: https://sid.ir/paper/144397/en

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