Select 
              Publications 
            
              - Baker, D.M. 
                et al, Forced Frequency Excitation of Intermittent High Pressure 
                Nozzle Flows for Improved Atomization and Air Entrainment Characteristics, 
                SAE07PFL-653.
 
              - Agarwal, 
                A, Filipi, Z, Assanis, D.N., and Baker, D.M., Assessment of Single 
                and Two-Zone Turbulence
 
                Formulations for Quasi-Dimensional Modeling of Spark-Ignition 
                Engine Combustion, Combustion Science and Technology, Vol.136, 
                pp.13-39, 1999. 
              - Baker, D.M., 
                and Assanis, D.N., A Coupled Methodology for Modeling the Transient 
                Thermal Response of SI Engines Subject to Time-Varying Operating 
                Conditions, SAE 971859.
 
              - Murrell, 
                J.D., Baker, D.M., Assanis, D.N., Lewis, G.M., An Early-Design 
                Methodology for Predicting Transient Fuel Economy and Catalyst-Out 
                Exhaust Emissions, SAE 971838.
 
              - Bohac, Baker 
                & Assanis, A Global Model for Steady State and Transient S.I. 
                Engine Heat Transfer Studies, SAE 960073.
 
              - Baker, D.M., 
                A Methodology for Characterizing the Thermal Behavior of Internal 
                Combustion Engines, PhDThesis, Department of Mechanical Engineering, 
                University of Illinois, 1995.
 
              - Baker, D.M., 
                and Assanis, D.N., A Methodology for Coupled Thermodynamic and 
                Heat Transfer Analysis of a Diesel Engine, Journal of Applied 
                Mathematical Modeling, Vol.18-11, Nov. 1994.
 
              - Baker, D.M., 
                Assanis, D.N., A Multidimensional Finite Element Code For Transient 
                Heat Transfer Calculations, Journal of Numerical Heat Transfer, 
                Part B, 25:395-414, 1994.
 
              - Baker, D.M., 
                Development of Multi-Dimensional Transient Heat Transfer Models 
                for Use in Engine Simulation Studies, M.S. Thesis, Department 
                of Mechanical Engineering, University of Illinois, 1991.
 
              - Assanis, 
                D.N. and Baker, D.M., Thermodynamic and Heat Transfer Analysis 
                of a Ceramic-Insulated Diesel Engine Part I - Methodology, International 
                Conference on the Analysis of Thermal and Energy Systems, Athens, 
                Greece, 1991.
 
              - Assanis, 
                D.N., Baker, D.M., Thermodynamic and Heat Transfer Analysis of 
                a Ceramic-Insulated Diesel Engine Part II - A Case Study, International 
                Conference on the Analysis of Thermal and Energy Systems, Athens, 
                Greece, 1991.
 
              - Assanis, 
                D.N., Baker, D.M. et al., Simulation Studies of Diesel Engine 
                Performance with Oxygen Enriched Air and Water Emulsified Fuels, 
                ASME Paper 90-ICE-17, ASME/ETCE Technical Conference, New Orleans, 
                LA, Jan. 1990.
 
             
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