Abstract
The mouldboard plough has a complex geometry surface which determines the tillage quality and the power consumption. This paper illustrates an advanced analytical method combined with computer-aided design software in order to study the effect of the geometric parameters (α, β, q, and m) on the 3D surface design of the cylindroidal mouldboard plough. A comparison between the cylindroidal and the cylindrical mouldboard plough was investigated for only the effect of the geometric parameters (β). This study shows that the increase of the cutting angle (α) and lifting angle (β) generates different mouldboard ploughs with a larger cutting edge and produce the uprising of the mouldboard plough body relative to the direction of the tillage, respectively, which increases the consumed energy. However, the increase of the geometric parameters (q) and (m) reduces the radius curve of the mouldboard plough, which directly affects both the inversion process of the soil and the consumed energy. The comparison between the cylindroidal and the cylindrical mouldboard plough shows that the reversion process of the soil will be done with a delay in the case of the cylindrical mouldboard plough.
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References
Caproiu S, Scripnic V, Ciubotaru C, Ros V (1982) Machinery for tillage, sowing, cultivation, fertilization for spraying and dusting. EDP, Bucuresti, pp 57–84
Plouffe C, Richard MJ, Tessier S, Lague C (1999) Validation of moldboard plow simulation with FEM on clay soil. Trans ASAE 42(6):1523–1529
White EA (1918) A study of the plow bottom and its action upon the furrow slice. J Agric Res 12:149–182
Craciun V, Leon D (1998) An analytical method for identifying and designing a moldboard plow surface. Trans ASAE 41(6):1589–1599
Richey SB, Srivastava AK, Segerlind SL (1989) The use of three dimensional computer graphics to design mouldboard plough surfaces. J Agric Eng Res 43:245–258
Ravonison NM, Destain MF (1994) Parametric cubic equations for modelling mouldboard plough surfaces. Soil Tillage Res 31:363–373
Gutierrez de Rave E, Giraldez JV, Aguera J, Gil J (2002) Caracterizacion geometrica de aperos de labranza mediante metodos de aproximacion sencillos. XIV Congreso Internacional de Ingenierıa Grafica, Santander, Espana, pp 84–90
Gutierrez de Rave E, Jimnez-Hornero FJ, Munoz-Piorno M, Giraldez JV (2011) The geometric characterization of mouldboard plough surfaces by using splines. Soil Tillage Res 112:98–105
Reed IF (1941) Test of tillage tools: III. Effect of shape on the draft of 14-inch moldboard plow bottoms. Agric Eng 22:101–104
Soehne W (1959) Investigations on the shape of plough bodies for high speeds. Grundlagen der Landtechnik 11:22–39
Aguilar MA, Aguilar FJ, Aguera F, Carvajal F (2005) The evaluation of close-range photogrammetry for the modeling of moldboard plow surfaces. Biosyst Eng 90(4):397–407
Bentaher H, Ibrahmi A, Hamza E, Hbaieb M, Kantchev G, Maalej A, Arnold W (2013) Finite element simulation of moldboard–soil interaction. Soil Tillage Res 134:11–16
Farid EAE, Ding W, Ding Q, Ali AB, Adam BE (2015) Effect of trash board on moldboard plough performance at low speed and under two straw conditions. J Terrramech 59:27–34
Mari IA, Ji C, Chandio FA, Arslan C, Sattar A, Ahmad F (2015) Spatial distribution of soil forces on moldboard plough and draft requirement operated in silty-clay paddy field soil. J Terrramech 60:1–9
Ibrahmi A, Bentaher H, Hbaieb M, Maalej A, Mouazen AM (2015) Study the effect of cutting angles and operational conditions on mouldboard plough forces and energy requirement: part 2. Experimental validation with soil bin test. Comput Electron Agric 117:268–275
Formato A, Faungo S, Paolillo G (2005) Numerical simulation of soil-plough mouldboard interaction. Biosyst Eng 92(3):309–316
Ibrahmi A, Bentaher H, Hbaieb M, Maalej A, Mouazen AM (2015) Study the effect of cutting angles and operational conditions on mouldboard plough forces and energy requirement: part 1. Finite element simulation. Comput Electron Agric 117:258–267
Ros V, Smith RJ, Marley SJ, Erbach DC (1995) Mathematical modelling and computer aided design of passive tillage tools. Trans Am Soc Agric Eng 675–683
Gyachev LV (1961) Teoria lemeshnovo-otvarnoi poverkhnosti (theory of share-moldboard surface). Reports of Azov-Black Sea Inst, of Mech. of Agric, Issue 13. Zemograd, Russia: Gosgortekhizdat
Bernacki H (1972) Agricultural machines. Theory and construction, Springfield, Ill. Nat Tech Info Ser 1:162–168
Ros V (1978) Achievements and tendencies in the tillage machinery manufacturing. Lithograph of the Cluj-Napoca Technical University, Romania
Mouazen AM, Nemenyi M, Schwanghart H, Rempfer M (1999) Tillage tool design by the finite element method: part 2. Experimental validation of the finite element results with soil bin test. J Agric Eng Res 72:53–58
Jafari R, Raoufat MH, Hashjin TT (2008) Soil-bin performance of modified bent leg plow. Appl Eng Agric 24(3):301–307
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Ibrahmi, A., Bentaher, H., Hamza, E. et al. Advanced analytical method of mouldboard plough’s design. Int J Adv Manuf Technol 88, 781–788 (2017). https://doi.org/10.1007/s00170-016-8806-y
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DOI: https://doi.org/10.1007/s00170-016-8806-y