Analysis and Design of Light Vehicles for Rural Roads Considering Vibration and Its Performance


  • Manoj Kumar Singh, Bharat Raj Singh


Automobile, Mathematical model, Vibration, Matlab, Comfort ride, Environment


This paper investigates light vehicle vibration due to rural road geometry. Normally due to bumps, potholes, uneven road conditions, the life of such vehicles are getting reduced. The mathematical model with higher degrees of freedom was developed and simulated on Matlab/Simulink software. Various independent/dependent parametric variables are considered such as: bumps, pitching, bounce, suspension, tire stiffness coefficient and damping etc. The simulation is performed over a range of bump heights (in the range of 0.025 m, 0.050 m, 0.075 m, 0.100 m). , 0.125 m and 0.150 m) and the vehicle speed is kept from 25 km/h to 125 km/h. Simulation results show that vehicle performance and comfort is achieved at higher speed of 65 km/h in the very poor rural road conditions in India. It is also observed that the vehicle ride can be improved by using proper tyre stiffness coefficient, suspension, damping devices and sprung mass and unsprung mass when designing a car model is done with seven degrees of freedom.


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Author Biography

Manoj Kumar Singh, Bharat Raj Singh

Manoj Kumar Singh1* and Bharat Raj Singh2

1BSSITM, Dr. A.P.J. Abdul Kalam Technical University, Lucknow;

2School of Management Sciences, Lucknow



Hadi Adibi and Geoff Rideout 2006, Bond graph modeling and simulation of a full car Faculty of engineering, Memorial University, Canada.

H.M. Paynter, 1961, Analysis and design engineering system, The M.I.T. Press, Cambridge, Massachusetts.

Vivek Kumar,2018, Modeling and simulation of a passenger car for comfort evaluation, International journal for research in applied science and engineering technology, Volume6 April2018

Liqiang Jin, Yajing Yu and Yue Fu, 2016,Study on the ride comfort of vehicles driven by in-wheel motors,, Advances in mechanical engineering, volume 8.,April 2018.

Galal Ali Hasan,2014, Car dynamics using quarter car Model and passive suspension Part I: Effect of suspension damping and car speed, International journal of computer techniques volume-1.

Yeqing Lu, Haoping Wang and Tian, 2018, Active disturbance Rejection control for active suspension system of non linear full car, IEEE, 7th data driven control and learning systems conference, May 25-27,2018, Enshi, Hubei province, china.

Jie Gao and Ke chen, 2011, Frequency –domain simulation and analysis of vehicle ride comfort based on virtual proving ground , International journal of Intelligent engineering and system, volume4.

D. Karnopp and R. Rosenberg, 1975, System dynamics A Unified approach, Wiley- Interscience, New York.

Yazam M. Al. Rawashdeh and Sami El Ferik. Mohammed A.Abido, 2019, Robust Full car Active suspension system, 10th International conference on information and communication systems IEEE.

Radionova L.V., and Chernyshev A.D. 2015, Mathematical model of the vehicle in MATLAB Simulink Elsevier Ltd, International conference on industrial engineering.

Arshad Mehmood, Ahmad Ali Khan and Ateeb Ahmad Khan, 2014, Vibration analysis of damping suspension using car models , International journal of innovation and scientific research.

Galal Ali Hassaan and Nasser Abdul-Azim Mohammed, 2015, Vehicle dynamics response to road hump using 10 degree of freedom full car model, International journal of computer techniques, volume 2,2015.

Assylkhan Assemkhanuly, Zhansaya Niyazova, Raigul Ustemirova, Alexsandr Karpov, Abil Muratov and Kabdil Kaspakbayev , 2019, Mathematical and computer model in estimation of dynamic process of vehicles, Journal of theoretical and applied information technology, volume 97, May 2019.

Cheng, Cheng and Simos A. Evangelou, 2019, Series active variable geometry suspension robust control based on full-vehicle dynamics, Journal of dynamic systems, measurement and control,ASME,2019.

R.S. SHARP and C.Pilbeam, 2016, On the ride comfort benefits available from road preview with slow active car suspension, Vehicle system dynamics, Taylor and Francis.

J.B. Ashtekar and A.G. Thakur, 2014, Simulink Model of suspension system and its validation on suspension system and its validation on suspension tests Rig, International journal of mechanical engineering and robotics research, volume 3, July 2014.

L.Dahil, 201 Effect on the vibration of the suspension system ,Metalurgija 56, 2017.

Shinq-Jen Wu, Hsin-Han Chiang, Jiun- Hau Chen and Tsu-Tian Lee, 2004, Optimal fuzzy control design for half car active suspension systems, International conference on networking, sensing and control Taipei, Taiwan, March 21-23 2004, IEEE.

Anil Shirahatt, P.S.S. Prasad, Pravin Panzade and M.M. Kulkarni, 2008, Optimal design of passenger car suspension for ride and road holding,Journal of the Braz. Soc. Of Mech. Sci. and Eng.ABCM.

Vivek Kumar, Vkas Rastogi and P M Pathak, 2018, Modeling and evaluation of the hunting behaviour of a high-speed railway vehicle on curved track,Institution of mechanical engineers, IMECH,2018.

Junoh, A. K., Nopiah Z.M, Muhamad W.Z.A.W., Nor M.J.M and Fouladi M.H., 2011, A study on the effects of the vibrations to the noise in passenger car cabin, Advanced modeling and optimization, volume 13, 2011.

Vinay R. Varude, Ajesh A. Mathew, Ammar Y. Diwan and Nilotpal Bonerjee, 2018, Effect of induced geometric non- linearity in a spring on vehicle ride comfort and road holding, Science direct material today Elsevier Ltd.

German Filippini, Norberto Nigro and Sergio Junco, 2005, vechicle dynamic using bond graphs, FCEIA-UNR, Argentina.

Kum- Gil Sung, Young-Min Han, Jae-Wan Cho and Seung-Bok Choi, 2008, vibration control of vechicle ER suspension system using fuzzy moving sliding mode controller, Science direct, Journal of sound and vibration elsevier Ltd.

Keith J. Wakeham and D.Geoff Rideout, 2011, Model complexity requirements in design of half car active suspension controllers , ASME dynamic systems and controls conference, Arington, October 31-November 2, 2011.

Brendan J. Chan and Corina Sandu, 2003, A ray- tracing approach to simulation and evaluation of a real-time quarter car model with semi- active suspension system using MATLAB, 2003, ASME design engineering technical conferences and computers and information in engineering conference Chicago, lllinois, USA September 2-September 6, 2003.

Guangqiang Wu, Guodo Fan and Jianbo Guo, 2013, Ride comfort evaluation for road vehicle based on rigid-flexible coupling multi body dynamics, Theoretical and applied mechanics letters 3, 013004, 2013.

Saayan Banerjee, V.Balamurugan and R.Krishnakumar, 2016, Ride comfort analysis of math ride dynamics model of full tracked vehicle with trailing arm suspension, Science direct, procedia engineering 144, Elsevier,2016.

Amalendu Mukherjee and A.K.Samantray, 2000, System modelling through bond graph objects on symbols 2000, Indian Institute of Technology Kharagpur, W.B.,India and High tech consultants STEP, IIT Kharagpur, India.

Rafal Burdzik and Radovan Dolecek, 2012, Research of vibration distribution in vehicle constructive,Poland, volume7, December 2012.

Sihem Dridi, Ines Salem and Lilia EI Amraoui,2017, Bond graph modeling of automotive suspension system using a linear actuator, International journal of scientific and engineering research, volume 8, June 2017.

A.Sezgin and N. Yagiz,2012,Analysis of passenger ride comfort ,Istanbul, Turkey.

Mohd. Avesh and Rajeev Srivastava, 2012, Modeling simulation and control of active suspension system in Matlab simulink environment, IEEE,2012.

Ammar Majid Hameed Al-Ghanom and Ameen Ahmad Nassar, 2018, . Modeling, simulation and control of half car suspension system using Matlab/simulink, International journal of science and research, 2018.

Kyung-Tae Hong, Su-Hwang and Keum-Shik Hong, 2003, Automotive ride- comfort improvement with an air cushion seat, SICE Annual conference in Fukui, August 4-Augst 6, 2003.

Manoj K. Mahala, Prasanna Gadkari and Anindya Dev, 2007, Mathematical models for designong vehicles for ride comfort, Indian Institute of science, Bangalore, India.

Loucas S. Louca, Jeffrey L. Stein and D. Geoff Rideout,2001, Generating proper integrated dynamic models for vehicle mobility using bond graph formulation, The University of Michigan.

Ashish R. Patil, Sanjay.H.Sawant, 2015, Ride comforts analysis of quarter car model active suspension system subjected to defferent road exitation with non linear parameters, International journal of advance research in science and engineering volume 4, 2015.

A Mitra, N.Benerjee, H. A. Khalane, M.A. Sonawane and D.R. Joshi, 2013, Simulation and analysis of full car model for various road profile on a analytically validated MATLAB/SIMULINK Model, IOSR Journal of mechanical and civil engineering.

H.Hamed, M. Elrawemi, F. Gu and A.D. Ball,2018, Effect of spring stiffness on suspension performances using full vehicle model,AIJR, September-25-27, 2018 UK.

Dynamic model with pitching




How to Cite

Manoj Kumar Singh, Bharat Raj Singh, “Analysis and Design of Light Vehicles for Rural Roads Considering Vibration and Its Performance”, Int J Intell Syst Appl Eng, vol. 11, no. 3s, pp. 307–319, Feb. 2023.



Research Article