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On-Road Ride Comfort Test and Simulation Analysis of Passenger Cars with Emphasis on Indian Suburban and Rural Road Conditions
Technical Paper
2016-01-1680
ISSN: 0148-7191, e-ISSN: 2688-3627
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English
Abstract
This paper incorporates the on-road real time ride comfort testing and simulation analysis of the typical passenger cars. The main objective is to analyze the vibrations to the passenger’s seat through the irregularities on road surface. This analysis is carried out with the help state-of-the-art of FFT analyzer for different classes of passenger car for variety of road conditions which have been validated by simulation analysis in the 20-Sim simulation software.
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Patil, S. and More, I., "On-Road Ride Comfort Test and Simulation Analysis of Passenger Cars with Emphasis on Indian Suburban and Rural Road Conditions," SAE Technical Paper 2016-01-1680, 2016, https://doi.org/10.4271/2016-01-1680.Also In
References
- Krunoslav Ormuz , Osman Muftic 2004 Main Ambient Factors Influencing Passenger Vehicle Comfort Proceedings of 2nd International Ergonomics Conference Ergonomics, Croatia 77 84
- Patil Suresh A. & Joshi Shridhar G. 2014 Experimental analysis of 2 DOF quarter-car passive and hydraulic active suspension systems for ride comfort Systems Science & Control Engineering: An Open Access Journal 2 1 621 631
- Kim M. S. , Kim K. W. , Yoo W. S. 2011 Method to Objectively Evaluate Subjective Ratings of Ride Comfort International Journal of Automotive Technology 12 6 831 837
- Dahlberg T. 1978 Ride Comfort and Road Holding of a 2-DOF Vehicle Travelling on a Randomly Profiled Road Journal of Sound and Vibration 58 2 179 187
- Tong W. , Guo K. H. 2012 Simulation Testing Research on Ride Comfort of Vehicle with Global-coupling Torsion-elimination Suspension International Conference on Medical Physics and Biomedical Engineering, Physics Procedia 33 1741 1748
- Javad Marzbanrad , Masoud Mohammadi , Saeed Mostaani 2013 Optimization of a Passive Vehicle Suspension System for Ride Comfort Enhancement with Different Speeds Based on Design of Experiment (DOE) Method Journal of Mechanical Engineering 5 3 50 59
- Neda Nickmehr , Jan Aslund , Lars Nielsen , Kristoffer Lundahl 2012 Experimental-Analytical Evaluation of Passenger Car Ride Quality Subject to Engine and Road Disturbances ICSV19 Vilnius, Lithuania 1 8
- Amari Mael , Parizet Etienne , Roussarie Vincent 2013 Multimodal Approach to Automobile Driving Comfort: The Influence of Visual Setting on Assessments of Vibro-Acoustic Comfort in Simulators Journal of Applied Acoustics 74 1378 1387
- Nishiyama S. , Uesugi N. 2000 Research on Vibration Characteristics between Human Body and Seat, Steering Wheel and Pedals (Effects of Seat Position on Ride Comfort) Journal of Sound and Vibration 236 1 1 21
- Guangqiang Wu , Guodong Fan , Jianbo Guo 2013 Ride Comfort Evaluation for Road Vehicle Based on Rigid-Flexible Coupling Multibody Dynamics Theoretical and Applied Mechanics Letters 3 013004 1 5
- Karen I. , Kaya N. , Ozturk F. , Korkmaz I. , Yildizhan M. , Yurttas A. 2012 A Design Tool to Evaluate the Vehicle Ride Comfort Characteristics: Modeling, Physical Testing and Analysis International Journal of Advanced Manufacturing Technology 60 755 763
- Mitra A. , Benerjee N. , Khalane H. A. , Sonawane M. A. , Joshi D. R. , Bagul G.R. 2013 Simulation and Analysis of Full Car Model for Various Road profile on Analytically Validated MATLAB/SIMULINK Model IOSR Journal of Mechanical and Civil Engineering 2320 334X 22 33
- Jie Gao , Ke Chen 2011 Frequency-Domain Simulation and Analysis of Vehicle Ride Comfort based on Virtual Proving Ground International Journal of Intelligent Engineering and Systems 4 3 1 8
- Stone Matthew R. , Demetriou Michael A. 2000 Modeling and Simulation of Vehicle Ride and Handling Performance IEEE International Symposium on Intelligent Control 85 90
- Ren He , Li Sun 2010 Influence Analysis of a Passenger Car’s Universality Design on Ride Comfort IEEE transactions 2 978 982
- Ram Mohan Rao T. , Venkata Rao G. , SreenivasaRao K. , Purushottam A. 2010 Analysis of Passive and Semi Active Controlled Suspension Systems for Ride Comfort in an Omnibus Passing Over a Speed Bump IJRRAS 5 1 7 17
- Sam Yahaya M. , Osman Johari H.S. 2004 Robust Controller for Active Suspension with Hydraulic Dynamics 5th Asian Control Conference
- 598 603
- Gordon T. J. , Sharp R. S. 1998 On Improving the Performance of Automotive Semi-Active Suspension Systems through Road Preview Journal of Sound and Vibration 217 1 163 182
- Basari Amat Amir , Saat Mohd Shakir Md 2007 Control of a Quarter Car Nonlinear Active Suspension System Asia-Pacific Conference on Applied Electronics Proceedings Melaka 1 5
- Liu Zhen , Luo Cheng 2006 Road Adaptive Active Suspension Control Design IMACS Multi conference on Computational Engineering in Systems Applications(CESA) Beijing, China 1347 1350
- Jun Wang , Wilson David A. , Xu Wenli , Crolla David A. 2005 Active Suspension Control to Improve Vehicle Ride and Steady-State Handling Proceedings of the 44th IEEE Conference on Decision and Control and the European Control Conference Seville, Spain 1982 1987
- ISO 2631 1997 Mechanical Vibration and Shock -Evaluation of Human Exposure to Whole Body Vibration
- ISO 8608 1995 Mechanical Vibration - Road Surface Profiles - Reporting of Measured Data