Modelling Urban Vehicle Emissions

Urban air quality management: General - Urban air quality management - Introduction Real-time forecasting and health hazard warning system Air quality modeling General - Objectives and scope of modeling Air pollution models - classification criteria. Modelling approach - General The diffusion equation Deterministic mathematical models Deterministic mathematical modelling - closing remarks Statistical modeling Significance of statistical models Statistical modelling - closing remarks Physical models. Air pollution due to vehicular exhaust emissions - a review: Introduction Studies on air pollution from road traffic - General Modelling studies Model performance evaluation and comparative assessment Air quality near urban intersections Air quality in urban street canyons Other relevant studies Conclusions. Development of vehicular exhaust models: Deterministic methematical model - General Model formulation Linear stochastic models - General Intervention analysis model - General Extreme case prediction model - General Extreme value theory. Application of vehicular exhaust models: Vehicular exhaust models - application - Deterministic mathematical model Traffic volume model Linear stochastic models Intervention analysis model Extreme case prediction model Deterministic mathematical model vs linear stochastic model. Time series analysis Special functions Emission factors Statistical properties of type I asymptotic distribution Description of the monitoring site and instrumentation Statistical model performance evaluation indices.