Simulasi tegangan pada pengaruh putaran roda terhadap speed bump menggunakan metode FEM

R. Hidayat, M.B. Haryono

Abstract


The interaction between tires with road surface is very important because it can reduce the risk of accidents due to damage to the tire. This research was investigated the stress distribution as a result on pressure of tires rolling across speed bump. The research methode used solid work and abaqus application to simulation, the paramaters on research used variation on high speed bump (75mm, 120mm and 160mm) and tires speed (8, 20 and 30kmh). The result showed the higher load recived by tires, the higher stress produced

 

The interaction between tires with road surface is very important because it can reduce the risk of accidents due to damage to the tire. This research was investigated the stress distribution as a result on pressure of tires rolling across speed bump. The research methode used solid work and abaqus application to simulation, the paramaters on research used variation on high speed bump (75mm, 120mm and 160mm) and tires speed (8, 20 and 30kmh). The result showed the higher load recived by tires, the higher stress produced

 


Keywords


Tires; High speed bump; Tires speed; Load Stress

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References


Dubois G., J. Cesbron H.P., & Yin F. Anfosso-Ledee., 2012, “Numerical evaluation of tyre/road contact pressures using amulti-asperity approachâ€, Int. J. Mech. Sci: Letter 54, 84–94

Greenwood, J.A., & Williamson J.B.P., 2001, “Contact of Nominally Flat Surfacesâ€, Proc. Royal Soc. Lond. 295A, pp 300-319

Hibbit., Karlsson., & Sorensen., 2013, “Abaqus Example Problems Manual, Tire and vehicle analysesâ€. Providence, RI, USA, V 6.11

Johnson, K. L., & Jefferis, J.A., 1963, “Plastic Flow and Residual Stresses in Rolling and Sliding Contactâ€. Proc.Symp.on Fatigue in Rolling Contact, Inst. Mech. Eng. London

Martin, G.C., & Hay, W. W., 1972, “The Influence of Wheel-Rail Contact-Forces on the Formation of Rail Steelsâ€. Paper 72-WA/RT-08, ASME, New York

Mohsenimanesh A., & Ward S.M., 2009, “Stress analysis of a multi-laminated tractor tyre using non-linear 3D ï¬nite element analysisâ€, Materials and Design : Letter 30, 1124–1132

Neves R.R.V,. Micheli R.R.V.., & Alves M., 2010, “An experimental and numerical investigation on tyre impactâ€, Int. J. Impact Eng: Letter 37 685–69.

Pelc J., 2006, “Toward realistic simulation of deformations and stresses in pneumatic tyres†Journal Applied Mathematical Modelling: 31, 530-540.

.Tang T., dkk., 2012, “Simulation of Thermal Signature of Tires and Tracks, (NDIA Ground Vehicle Systems Engineering and Technology Symposiumâ€, Modeling & Simulation, Testing and Validation (MSTV) Mini-Symposium, Michigan August : pp.14-16

Tang T., dkk., 2014, “Numerical evaluation of the temperature ï¬eld of steady-state rolling tires†, Applied Math. Modelling: Letter 38, 1622–1637.

Wei C., & Olatunbosun O.A.., 2014, “Transient dynamic behaviour of ï¬nite element tire traversing obstacles with diferent heightsâ€, Journal of Terramechanics: Letter 56, 1–16

Winroth J, P.B.U., Andersson., & Kropp W., 2014, “Importance of tread inertia and damping on the tyre/road contact stiffnessâ€, Journal of Sound and Vibration: Letter 333, 5378–5385.

Zhao C., & Zang M., 2014 “Analysis of rigid tire traction performance on a sandy soil by 3D finite element–discrete element methodâ€, Journal of Terramechanics. 55, 29–37

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DOI: https://doi.org/10.29303/dtm.v8i2.244

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