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Probabilistic Analysis of the Behaviour of Transport Vehicles
Published November 08, 1987 by SAE Australasia in Australia
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Many facets of the design and development of transport vehicles would benefit from a better working knowledge of vehicle and engine behaviour under true stochastic loads with statistics comparable to those obtained in actual service. This is particularly important for transmission design, engine selection and regenerative braking, storage and propulsion system designs.
This paper will explore the use of probabilistic statistical analysis to extract information from data collected on the operation of three vehicles, viz; a 4.1 ℓ automatic sedan, a 3.3 ℓ manual sedan and an 11 ℓ diesel powered transit bus. The data obtained over four driving routes will include the vehicle characteristics of velocity, acceleration and driveshaft torque, as well as data pertaining to engine operation such as manifold pressure, engine speed and fuel flow.
CitationVint, M. and Bullock, P., "Probabilistic Analysis of the Behaviour of Transport Vehicles," SAE Technical Paper 871157, 1987.
- Anderson C. N. “Road Data.” Thesis BE University of Queensland 1978
- Bullock K. J. “Driving Cycles.” Joint SAE/ARPB 2nd Conference on Traffic Energy and Emissions” Melbourne May 1982
- Easingwood-Wilson et al “An Instrumented Car to Analyse Energy Consumption on the Road.” Transport and Road Research Laboratory Report 797 London 1978
- Kent J. H. Rule G. “Sydney Driving Patterns and Automobile Emission Modelling” University of Sydney, Mechanical Engineering Department, Charles Kolling Research Laboratories Contract Report ER1 1977
- McConachie P. J. “Electric Vehicle Performance Requirements for Traffic Compatibility.” Institute of Engineers Australia Queensland Division Technical Papers March 1981
- McGarvie L.A. “A Feasibility Study of Reducing Automotive Emissions by Modification of Engine Operating Range.” Thesis BE University of Queensland 1981
- Vint M. K. “Design and Construction of a Fuel Efficient Braking System.” Fourth International Pacific Conference Melbourne 8-14 November 1987
- Vint M. K. “Engine Testing in Relation to Modifying Spark Ignition Engines to Improve Vehicle Efficiency.” Thesis BE University of Queensland 1981
- Watson H. C. “Sensitivity of Fuel Consumption and Emissions to Driving Patterns and Vehicle Design.” SAE-A/ARRB. Conference on Traffic Management 1980
- Watson H. C. Milkins E. E. “On Analysis of Driving Patterns to Examine their Suitability for Vehicle Emission Measurement.” University of Melbourne Mechanical Engineering Report T24/76 1976