Further Investigations in Vehicle Dynamics

Authors

• Edward Saibel - Carnegie-Mellon University
• M. C. Tsao - Carnegie-Mellon University

Topic

• Wheels
• Tires
• Pitch
• Roll

Citation

Also In

References

1. Segel L. “Theoretical Prediction and Experimental Substantiation of the Response of the Automobile to Steering Control.” Proc. Instit. of Mech. Eng. 1956-57 310 330
2. Bergman W. Fox E. A. Saibel E. “Dynamics of an Automobile in a Cornering Maneuver on and off the Highway.” Proc. 1st Inst. Cont. Soil Vehicle Systems June 1961 275 303 Torino, Italy
3. Sethna P. R. “Dynamics of a Four Wheeled Vehicle and the Effects of Suspension Geometry.” Proc. of the Automobile Div. Inst. of Mech. Eng. 1962-63 201 212
4. Sugi T. “Steering and Related Actions and Curve Negotiating Force of Automotive Vehicles.” SAE of Japan, Summer Meeting May 15 1963 1255
5. Okada T. Takagi T. “The Effect of Body Roll on Automobile Control and Stability.” SAE of Japan Spring Meeting May 15 1963 1257
6. Radt H. S. Pacejka I.H.B. “Analysis of the Steady-State Turning Behavior of an Automobile.” Proc. of the Symposium on Control of Vehicle During Braking and Cornering The Institute of Mechanical Engineering London 1963
7. Fiala E. “Lateral Forces on Rolling Pneumatic Tires.” 29 973 979
8. Chiesa A. Rinanapoli L. “Stability in Motion of the Motor Car During Various Maneuver Studied by Means of a Mathematical Model.” 11 Intrantionaler Automobiltechnischer Kongre 1966 München, FISITA Germany
9. Chiesa A. Rinanapoli L. “Vehicle Stability Studied with a Non-Linear Seven Degree Model.” Paper 670476 presented at SAE Mid-Year Meeting Chicago May 1967
10. Kondo Masaichi “Fundamentals in Vehicle Dynamics,” Tokyo 1965
11. Gough V. E. Whitehall S. G. “Universal Tire Test Machine.” Proc. FISITA Congress 1962 117
12. French T. “Construction and Behavior Characteristics of Tires.” Proc. Auto Division Institute of Mechanical Engineering 1959-60 157
13. Hadekel R. “The Mechanical Characteristics of Penumatic Tires.”
14. Gough V. E. “Cornering Characteristics of Tires.” Automobile Engineering April 1954 137 141
15. Fazekas G. A. “On the Tribomechanics of Rolling.” ASME Paper no. 63-WA-110
16. Frank F. Hofferberth W. “Mechanics of the Pneumatic Tire.” Rubber Chemistry & Tech. 40 4 1967 271 322
17. Bergman W. “Theoretical Prediction of the Effect of Traction on Cornering Force.” SAE Trans. 67 1961 614
18. Okada T. Takagi “Cornering Characteristics of Tyre.” SAE of Japan May 15 1963 1256
19. Davisson J. A. Personal communication 1968
20. Nichols F. P. Dillard J.H. Jr. Alwood R. L. “Skid Resistant Pavements in Virginia.” Highway Research Board Bulletin 139 1956 35 59
21. Grosch K. A. Maycock G. “Influence of Test Conditions on Wet Skid Resistance of Tire Trend Compounds.” Trans. of the Institution of the Rubber Industry 42 280 1966
22. Kummer Meyer “Tentative Skid-Resistance Requirements for Main Rural Highways.” Highway Research Board 37 1967
23. Gallway B. M. “Skid Resistance and Polishing Type Aggregates.” Texas Transportation Researcher January 1969 3
24. Saibel E. A. Tsao M. C. “The Skidding of Vehicles, A Dynamic Analysis.” Report No. 1 National Bureau of Standards CST-430 Nov. 1968
25. Saibel E. A. Tsao M. C. “Dynamic Response of Pneumatic Tire Vehicles.” International Society for Terrain-Vehicle Systems, 3rd International Conference Essen, Germany 1 July 1969
26. Tsao M. C. “The Skidding of Vehicles, A Dynamic Analysis.” Ph. D. Dissertation Carnegie-Mellon Univ. Pittsburgh 1969

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