FIELD COMPARISON OF THE PERFORMANCE OF SLATTED AND GENERAL PURPOSE MOLDBOARD
DOI:
https://doi.org/10.36103/q0mpfw11Keywords:
Factorial experiment, Tractor, Tillage, Fuel, Design and Manufacture.Abstract
Factorial experiment within randomized complete block design using three replication for field comparison performance slatted and general-purpose moldboard plow. Using least significant design (LSD) 1 % and 5 % was used to compare the mean of treatments. Three factors were used, the first one was depths of tillage 15 and 25 cm, the second was speed of tractor 4.146 and 7.224 km/hr, and the third factor was types of moldboard, slatted and general-purpose moldboard. Slatted moldboard recorded the least slippage of 9.697 %, the fuel consumption of 23.580 L/ha and higher effective field capacity of 0.4239 ha/hr, and field efficiency of 72.543 %. Depth of tillage 15 cm got the least slippage of 6.364 %, fuel consumption of 20.182 L/ha and higher and higher effective field capacity of 0.4402 ha/hr, and field efficiency of 74.187 %. Speed 7.224 km/hr got least fuel consumption 22.939 L/ha and a higher adequate field capacity of 0.5246 ha/hr. Interaction between treatments had a significant effect.
References
Ajav, E and A, Adewoyin,. 2012. Effect of ploughing depth and speed on tractor fuel consumption in a sandy loam soil Oyo State Nigeria. Journal of Agricultural Engineering and Technology. 20(2): 1-10.
Al Naema, A. K and M. H. 2012. Study the effects of plowing depths and different speeds on performance indicators of the machine unit. J. of Agri. Sciences.4(4):162-168.
Albana, A, R. 1990. Tillage Equipment, Mosel University. Ministry of Higher Educat- ion and Scientific Research. Iraq. pp: 440.
Al-Furaiji, H. T. R., and N. S. Ali, 2024. Effect of tillage, crop rotation and previous crop residues on clover, Maize and mung bean productivity. Iraqi Journal of Agricultural Sciences, 55(Special Issue). 277-283. https://doi.org/10.36103/ijas.v55iSpecial.1906
Aljubory, R, A. K, A, Amer, and M, A Ali. 2012. Calculated fuel consumption and some mechanical parameters to New Holland TT75 front wheel assist tractor. Dyala Journal of Agricultural Sciences. 4(2): 137-144.
Al-Tahan, Y, H. 1991. Effect of speed of different plow with deferent depths on fuel consumption. Proceeding of (7th) Sic. Conf . For Agric. Eng. 3-4/12/1991. Baghdad- Iraq.
Alwash, A. A., and F. S. Al-Ani. 2023. Performance evaluation of seed drill fertilizer under two different farming system and tractor practical speed. Iraqi Journal of Agricultural Sciences, 54(4), 1155-1162. https://doi.org/10.36103/ijas.v54i4.1809
Asinyetogha, H. I, A Raymond and S, O, Nkakini. 2019. Tractor fuel consumption dependence on speed and height of riding on a sandy loam soil. Journal on Engineering and Technology Research. 12(1): 47-54.
Hamid, A, A, A. 2015. Machinery unit energy requirement and fuel consumption tractor in operation tillage. International Journal of Advance Multidisciplinary Research. 2(10). 19-29.
Hamid, A. A.A., and A.R. I. Alsabbagh, (2023). Effect of moldboard types, two depths of tillage and two speeds of tractor in some physical properties and pulverization of soil. Kufa Journal for Agricutural Sciences, 15(1),105-116.
Hanna, M. 2002. Estimating the field capacity farm machines. Agr. Decision Marker, Low State Uni., Extension file. A324.
Hilal, A, A. 2010. Study of Effect Of Weight Machine Unit On Compaction Soil On Three Speed and Two Moisture Soil. M.Sc.Thesis. Machine and Equipment Agricultural Department. Collage of Agricultural. University of Baghdad. pp:80.
Hunt, D. 2001. Farm Power And Machinery Management. Book. Tenth Edition. Iowa state press, A black well publishing company, pp. 368.
Jasim, A, A. 2017. Tillage Equipment And Implements. Book. University of Baghdad- Collage of Agricultre Engineering Science. pp: 320.
Jasim, A, A. G, S Abdulhusein. and A, A Abdulazize. 2018. Encyclopedia of
Agricultural Machines, Equipment And Implement. Book. Uni. of Baghdad- Collage of Agriculture Engineering Science. pp:560.
Jebur, H.A., and AL-Halfi, K.M. (2022). Studying Some Technical Indicators of the Local Manufactured Machine and Its Effect on the Wheat Crop “Tamuz cultivar”. In IOP Conference Series: Earth and Environmental Science, 1060(1) 012135.
John Deer. 1992. Machinery Management. Deer and Company Service Publication. Dept. FOS, John Deer road, Moline Illinois. pp:28.
Kim, W, S. S,U, Park, and Y, S, Kim, 2021. Influence of soil moisture content on the traction performance of a 78-kW agricultural tractor during plough tillage. Soil and Tillage Research. V 207. pp:104851.
Leghari, N, O, A, A, Shaikh and A, Soomro. 2016. Analysis of different tillage implements with respect to reduced fuel consumption, tractor operation speed and its wheel slippage. Sindth University Researches journal (Science series) 48(1), 37-40.
Mohammed, R. R. and B. H., Majeed, 2024. Response of strawberry growth, yield and marketable fruit quality to spraying with moringa leaf extract, calcium and potassium silicate. Iraqi Journal of Agricultural Sciences, 55(1):440-452. https://doi.org/10.36103/yf9f0c65
Nasr, G, E. M, y, Tayel. Y, B, Abdelhay, K, P, Sabreen and S, S, Dina. 2016. Technical evaluation of a new combing implement for seedbed preparation. International journal of Chemical Tech Research. 9(05):193-199.
Shah, A, R. M, Talpur. M, Laghari. A, M, Shah. A, Memon. S, A, Soomro and M, Solangi. 2016. Fuel consumption and operational cost of various tillage implements. Science International (Lahore) 28(3). pp 2651-2653.
Statistical Analysis System. 2010. User`s Guide. Statistics ( version 9.1).SAS Institute. Inc. Cary. NC.USA.
Zoz, F, M and R, D, Grisso. 2003 . Traction and Tractor performance. Louisville, Kentucky USA . pp:1- 47.
Downloads
Published
Issue
Section
License
Copyright (c) 2024 IRAQI JOURNAL OF AGRICULTURAL SCIENCES
This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.
How to Cite
2.jpg)
2.jpg)
