Fuel consumption and emission modelling by power demand and a comparison with other models

Akcelik, 1980, Objectives in Traffic System Management. Proc. Conf. Can traffic management reduce vehicle fuel consumption and emissions and affect vehicle design requirements Akcelik, 1981, Fuel efficiency and other objectives in traffic system management, Traffic Engng Control, 22, 54 Akcelik, 1982, Derivation and Calibration of Fuel Consumption Models, Australian Road Research Board. Internal Report. AIR 367-3 Evans, 1976, Multivariable analysis of traffic factors related to fuel consumption in urban driving, Transpn Sci., 10, 205, 10.1287/trsc.10.2.205 Evans, 1976, A simplified aproach to calculations of fuel consumption in urban traffic systems, Traffic Engng Control, 17, 352 E.P.A., 1980, Passenger Car Fuel Economy: EPA and Road, United States Environmental Protection Agency Publication No. EPA 460-80-010 Kent, 1982, Fuel Consumption Modelling in Traffic Links, University of Sydney, Charles Kolling Research Laboratory Technical Note ER-38 Kent, 1982, Fuel Consumption and emission modelling in traffic links, 19 Pelensky, 1968, Operating costs of cars in urban areas, 475 Pelensky, 1970, Cost of Urban Car Travel, Australian Road Research Board Special Report SR-5 Post, 1981, Fuel Economy and Emissions Research Annual Report by the University of Sydney for 1980–1981 Post, 1981, Motor Vehicle Fuel Economy Report to NERDDP by the University of Sydney 1979–1981 Post, 1982, Fuel Economy and Emissions Research Annual Report by the University of Sydney for 1981–1982 Post, 1982, Motor Vehicle Fuel Economy, Vehicle Maps, Power Demand Models and Unsteady State Engine Maps—Final Report to NERDDP by the University of Sydney, Charles Kolling Research Laboratory Technical Note ER-42 Post, 1983, Vehicle characterization and on-road fuel prediction using maps and power demand models, Int. J. Vehicle Design Watson, 1980, Sensitivity of Fuel Consumption and Emissions to Driving Patterns and Vehicle Design. SAE Aust.