A low parameter tyre model for aircraft ground dynamic simulation

Materials and Design

Volumn 35, Issue , 2012, Pages 820-832

  Wood, G ^a   Blundell, M ^a   Sharma, S ^b  

^a Faculty of Engineering and Computing   (United Kingdom)

^b AIRBUS OPERATIONS LTD   (United Kingdom)

Author keywords

A. Elastomers and rubbers; E. Mechanical; F. Elastic behaviour

Indexed keywords

AIRCRAFT SIMULATION; ALIGNING MOMENT; COMPUTER MODELS; CONTACT PATCH; E. MECHANICAL; ELASTIC BEHAVIOUR; INDUSTRY STANDARDS; LATERAL FORCE; MATLAB/SIMULINK ENVIRONMENT; MODEL PARAMETERS; MULTI BODY SYSTEMS; MULTI-BODY; SLIP ANGLE; TEST DATA; TEST MACHINE; TYRE MODEL; VEHICLE BRAKING; VEHICLE DYNAMICS;

AIRCRAFT MODELS; MATHEMATICAL MODELS; RUBBER; TIRES;

COMPUTER SIMULATION;

EID: 84858341140     PISSN: 02641275     EISSN: 18734197     Source Type: Journal    
DOI: 10.1016/j.matdes.2011.03.041     Document Type: Article

References (36)

1. Smiley R. Correlation, evaluation, and extension of linearized. Theories for tire motion and wheel shimmy. NACA-TM-Report 1299, USA; 1957.
2. Smiley R, Horne W. Mechanical properties of pneumatic tires with special reference to modern aircraft tires. NASA technical report NASA-TR-64. USA: Langley Research Centre; 1960.
3. Gruber P, Sharp RS, Crocombe AD. Friction and camber influences on the static stiffness properties of a racing tyre. In: Proc IMechE part D, vol. 222. J. Automobile Eng; 2008. doi: 10.1243/09544070JAUTO87.
4. Bakker E, Nyborg L, Pacejka HB. Tyre modelling for use in vehicle dynamics studies. SAE paper 870421. Society of Automotive Engineers, 400 Commonwealth Drive. Warrendale, PA 15096, USA; 1986.
5. Bakker E, Pacejka HB, Linder L. A new tyre model with application in vehicle dynamics studies. SAE paper 800087, 4th Auto Technologies Conference. Monte Carlo; 1989.
6. Pacejka HB, Bakker E. The magic formula tyre model: tyre models for vehicle dynamic analysis. In: Pacejka HB, Swets, Zeitlinger editors. Proc 1st international colloquium on tyre models for vehicle dynamic analysis. Lisse; 1993. p. 1-18.
7. Fiala E. Seitenkrafte am rollenden Luftreifen, VDI-Zeitschrift 96, 973; 1954.
8. Mechanical Dynamics Inc. ADAMS/Tire (6.1) User's Manual, Mechanical Dynamics Inc. 2301 Commonwealth Blvd. Michigan, USA: Ann Arbor; October 1992.
9. Daugherty R. A Study of the mechanical properties of modern radial aircraft tires. NASA Technical report NASA/TM-2003-212415, USA; 2003.
10. Ding W, Sharma S. Requirements for aircraft tyre models. International Tire Technology Expo. Stuttgart; March 2006.
11. Bridgestone aircraft tires. [accessed 21.07.10]. http://ap.bridgestone.co.jp/pdf/Tire_Specifications.pdf.
12. Tanner J et al. Static and yawed-rolling mechanical properties of two type vii aircraft tires. NASA technical paper 1863; May 1981.
13. Vogler W, Tanner J. Cornering characteristics of the nose-gear tire of the space shuttle orbiter. NASA Technical Paper 1917; 1981.
14. Daugherty R. A Study of the mechanical properties of modern radial aircraft tires. NASA Technical Report NASA/TM-2003-212415; 2003.
15. Davis P et al. Langley aircraft landing dynamics facility. NASA Reference Publication 1189; October 1987.
16. Carter, John and Nagy, Christopher. The NASA landing gear test airplane. NASA. Technical memorandum 4703; 1995.
17. Bridgestone aircraft tires. For bias-ply tyres use ap.bridgestone.co.jp/products/bias and for radial tyres use ap.bridgestone.co.jp/products/radial, Bridgestone Tyre Construction Descriptions. Internet source [accessed 17.03.05].
18. MTS. Boeing tyre test facilities. Internet source [accessed 19.10.06]. http://www.mts.com/aesd/boeing_aircraftTire.
19. Gipser M, FTire: 10 years of development and application. [accessed 21.07.10]. http://www.cosin.eu/res/FTire_2008.pdf.
20. Gipser M. ADAMS/FTire - a tire model for ride & durability simulations. [accessed 21.07.10]. http://www.cosin.eu/res/ftire_eng_2.pdf.
21. Sharp R, El-Nashar A. A generally applicable digital computer based mathematical model for the generation of shear forces by pneumatic tyres. Vehicle systems dynamics, vol. 15; 1983. p. 187-209.
22. Tsotras A, Mavros G. The simulation of in-plane tyre model behaviour: a broad model range comparison between analytical and discretised modelling approaches. Vehicle system dynamics, vol. 47(11); 2009. p. 1377-400.
23. Tsotras A, Mavros G. A model-based derivation of transient pressure distribution along the tyre-road contact, SAE 09AC-0070; 2009.
24. Yang X et al. Materials testing for finite element tire model. SAE Int. 2010-01-0418 [Published on 04/12/2010].
25. Ojala J. Using ABAQUS in tire development process. ABAQUS users' conference. Pawtucket, USA; October 14, 2004.
26. Alkan V et al. Finite modelling of tyre static enveloping characteristics. In: Proceedings of the institute of mechanical engineers, Part C. J Mater Eng Sci. Journal Number JMES1753.
27. Gipser M. FTire, a new fast tire model for ride comfort analysis. In: Proceedings of the 14th European ADAMS users' conference. Berlin, Germany; November 1999.
28. Vesimaki. Mauri 3D contact algorithm for tire-road interaction. In: Proceedings of the 12th European ADAMS users' conference. Marburge, Germany; November 1997.
29. Hirschberg, Wolfgang et al. User-appropriate tyre-modelling for vehicle dynamics in standard and limit situations. Vehicle systems dynamics, vol. 38(2); 2002. p. 103-25.
30. Delft user manual MF-tyre user manual Version 4.3. Developed by TNO Road-Vehicle Research Institute; 1995.
31. Blundell MV. A low parameter tyre model for handling simulation. The 4th European conference for tire design and manufacturing technology. Stuttgart, Germany; March 2004.
32. Milliken William, Milliken. Douglas race car vehicle dynamics. USA (Warrendale): SAE International; 1995.
33. Gim, Gwanghun, Choi. Youngchul Improved UA tire model as a semi-empirical model. Seoul 2000 FISTA world automotive congress. Seoul, Korea; June 12-15, 2002.
34. ADAMS 5.2.1 Guide. ADAMS/tire user's guide. Release 6.0 of ADAMS//tire user guides. Michigan, USA: Mechanical Dynamics Incorporated; 1989.
35. Tanner J et al. Mechanical properties if radial-ply aircraft tires. SAE 2005-01-3438, USA: SAE International; 2005.
36. Blundell MV, Harty D. The multibody systems approach to vehicle dynamics. Elsevier Science; June 2004.