Road Tanker Design for Axle Load-Share and Lateral Stability
Authors: Papadigiannis A.S., Chondros T.G. | Published: 19.09.2013 |
Published in issue: #5(638)/2013 | |
Category: Transportation and Power Engineering | |
Keywords: |
A systematic design approach applied to road tankers for transportation of dangerous goods is developed. Tank cross-section and material, axles’ load-share, tank attachment, lateral stability, and applicability of Regulations and standards, affecting successful vehicle development and road safety are incorporated. The algori thm presented appl ies to 4 axles single uni t road-tankers.
References
[1] Dimarogonas A.D., Machine Design A CAD Approach, John Wiley and Sons, Inc. N.Y. 2001.
[2] Gerdes J.C. Principal Investigator:, Co-Investigators: P. Yih, K. Satyan, 2002. Safety Performance and Robustness of Heavy Vehicle AVCS. California PATH Program Year One Report for MOU 390, Department of Mechanical Engineering — Design Division Stanford University.
[3] European Transport Safety Council, 2001. Priorities for EU Motor Vehicle Safety Design, www.etsc.be, Brussels.
[4] Chondros T.G., Michalos G., Michaelides P., Fainekos E. 2007 An approximate method for the evaluation of the roll stiffness of road tankers Proceedings of the I MECH E Part D Journal of Automobile Engineering. 221(12), рр. 1499—1512.
[5] Lorry weights: a consultation document — maximum permitted weight Department of Transport Zone 2/11 Great Minster House, 76 Marsham Street, London SW1P 4DR.
[6] Tesar M., 2005. The influence of liquid load motion on rollover stability of road tankers International. Journal of Heavy Vehicle Systems. 12(2), рр. 121—138.
[7] Ervin R.D., 1986. Dependence of truck roll stability on size and weight variables. International Journal of Vehicle Design. 7(5—6), рр. 192—208.
[8] Winkler C.B., Karamihas S.M. and Bogard S.E., 1992. Roll stability performance of heavy vehicle suspensions SAE Technical Paper Series International Truck and Bus Meeting and Exposition; Toledo, OH, USA. pp. 1—14.
[9] Goldman R.W., El-Gindy M. and Kulakowski B.T., 2001. Rollover dynamics of road vehicles: Literature survey Heavy Vehicle Systems. 8(2), pp. 103—141.
[10] Yang X., Rakheja S. and Stiharui I., 1998. Identification of Lateral Dynamics and Parameter Estimation of Heavy Vehicles. Mechanical Systems and Signal Processing. 125, pp. 611—626.
[11] Liu P.J., Rakheja S. and Ahmed A.K.W., 2001. Dynamic roll instability analysis of heavy vehicles using energy approach International Journal of Heavy Vehicle Systems. 8(2), pр. 177—195.
[12] Sampson D.J.M. and Cebon D., 2003. Achievable roll stability of heavy road vehicles, Proceedings of the Institution of Mechanical Engineers Part D: Journal of Automobile Engineering. 217 (6), рp. 791—806.
[13] TRANS/WP.29/343/Rev.12 11 February 2004. Classification and Definition of Power-Driven Vehicles and Trailers.
[14] Commission Directive 98/91/EC of 14 December 1998 adapting to technical progress Council Directive 70/156/EEC on the approximation of the laws of the Member States relating to the type-approval of motor vehicles and their trailers intended for the carriage of dangerous goods.
[15] Cole D.J., 2001. Fundamental Issues in Suspension Design for Heavy Road Vehicles. Vehicle System Dynamics. 35(4—5), pр. 319—360.
[16] Barnett C., 2005. Same-day suspension. Commercial Motor 201, 5018 (3), p. 52.
[17] Lorry weights: a consultation document — maximum permitted weight Department of Transport Zone 2/11 Great Minster House, 76 Marsham Street, London SW1P 4DR.
[18] Lee D., 1979. Optimal Loading of tankers Journal of the Operational Research Society. 30(4), pр. 323—329.
[19] Rumold W., 2001. Modeling and Simulation of Vehicles Carrying Liquid Cargo.Multibody System Dynamics. 5, рp. 351—374.
[20] ADR 2007 EU Directive 2006/89/EC The transportation of dangerous goods by road.ECE/TRANS/185, Vol. I and II European Agreement Concerning the International Carriage of Dangerous Goods by Road.
[21] EN 13094/2004 March 2004. Tanks for the transport of dangerous goods — Metallic tanks with a working pressure not exceeding 0,5 bar — Design and construction provide the guidelines for the design and construction of road tankers.
[22] European Standard EN 12972 April 2001, Tanks for transporting of dangerous goods-Testing, inspection and marking of metallic tanks, European Committee for Standardization.
[23] Commission Directive 2001/116/EC of 20 December 2001 adapt ing to technical progres s Council Directive 70/156/EEC on the approximation of the laws of the Member States relating to the type-approval of motor vehicles and their trailers.
[24] Papadogiannis A.S., Farmakopoulos A.G. and Chondros T.G., 2009. International Journal of Heavy Vehicle Systems. 17(3/4), рp. 256—275. Road-tankers axles load share design.
[25] Muškis A.D., 1975. Advanced Mathematics for Engineers. Mir Publishers, Moscow.
[26] Bakhvalov N.S., 1977. Numerical Methods. Mir Publishers, Moscow.
[27] MATLAB 7.1. Numeric Computation and Visualization Software.
[28] Dimarogonas A.D., 1988. Computer Aided Machine Design. Englewood Cliffs, NJ:Prentice-Hall.
[29] Orlov P., 1976. Fundamentals of Machine Design, (5-volumes English Translation). Mir Publishers, Moscow.
[30] Erdman A. and Sandor G.N., 1984. Mechanism Design, Analysis and Synthesis. Prentice-Hall, Englewood Cliffs, N.J.
[31] Norton R., 1994. Design ofMachinery.McGraw-Hill N.Y.
[32] Artamonov M.D., Ilarionov V.A. and Morin M.M., 1976. Motor Vehicles, Fundamentals and Design. Mir Publishers, Moscow.
[33] Lukin P., Gasparyants G. and Rodionov V., 1989. Automobile Chassis Design and Calculations. Mir Publishers, Moscow.
[34] Wong J.Y., 2008. Theory of Ground Vehicles Wiley.
[35] Regulat ion No. 111, E/ECE/324 Rev.2/Add.110E/ECE/TRANS/505A rollover stability of tank vehicles of categories N2, N3, O3 and O4 intended for the carriage of dangerous goods.
[36] Dimarogonas A.D., 1996. Vibration for Engineers. Upper Saddle River, NJ, Prentice-Hall; second edition.
[37] Fu T.T. and Cebon D., 2002. Analysis of a truck suspension database International. Journal of Vehicle Design, Heavy Vehicle Systems. 9(4), pр. 281—297.
[38] Dahlberg E. and Stensson A., 2006. The dynamic rollover threshold — a heavy truck sensitivity study. International Journal of Vehicle Design. 40 1/2/3/, рp. 228—250.
[39] Artobolevski I.I., 1975. Mechanisms in Modern Engineering Design, A Handbook for Engineers Designers and Inventors. Five Volumes (English Translation). Mir Publishers, Moscow.
[40] Chemilevski D., Lavrova E. and Romanov V., 1984. Mechanics for Engineers. Mir Publishers, Moscow.