Modeling of SI Engines
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Modeling of SI Engines

Modeling of SI Engines


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About the Book

This Special Publication, Modeling of S.I. Engines (SP-1745), covers four technical sessions that were held during the SAE 2003 International Congress and Exhibition (Sessions P17). There are a total of nineteen papers from the four sessions, which cover a broad range of engine design topics and their solutions using computerbased techniques. Contents: Secondary Air Injection in the Exhaust After-Treatment System of S.I. Engines: 1D Fluid Dynamic Modeling and Experimental Investigation; A Theoretical and Experimental Activity on the Dynamical Behavior of ICE Varying Area Manifolds; Exhaust-Gas Dynamics Model for Identification Purposes; Development of a New Intake System for a Small Spark-Ignition Engine. Modeling the Flow Through the Inlet Valve; A Multi-Pipe Junction Model for One-Dimensional Gas-Dynamic Simulations; Robust Engine Design Using Engine Simulations; 'Virtual Engine/Powertrain/Vehicle' Simulation Tool Solves Complex Interacting System Issues; Simulation of Pre-Chambers in an Engine Combustion Chamber Using Available Software; Numerical Simulation to Improve Engine Control During Tip-In Manoeuvres; Effects of Burn Rate Parameters on Nitric Oxide Emissions for a Spark Ignition Engine: Results from a Three-Zone, Thermodynamic Simulation; A Model for the Unsteady Motion of Pollutant Particles in the Exhaust System of an I.C. Engine; Modeling Ignition and Combustion in Spark-ignition Engines Using a Level Set Method; Pressure Diagnostics of Closed System in a Direct Injection Spark Ignition Engine; Numerical Study and Analysis of Pollutant Production and Emission Control Using Ion Current Prediction in the SI Engine; An Improved Friction Model for Spark-Ignition Engines; Fatigue Analysis Methodology for Predicting Engine Valve Life; Simulation of an Engine Valve Stress/Strain Response During a Closing Event; 'Prediction of In-Cylinder Pressure, Temperature, and Loads Related to the Crank Slider Mechanism of I. C. Engines: A Computational Model'; Computerized Analysis of Fuel Systems Performance Dynamics.

Table of Contents:
Secondary Air Injection in the Exhaust After-Treatment System of S.I. Engines: 1D Fluid Dynamic Modeling and Experimental Investigation; A Theoretical and Experimental Activity on the Dynamical Behavior of ICE Varying Area Manifolds; Exhaust-Gas Dynamics Model for Identification Purposes; Development of a New Intake System for a Small Spark-Ignition Engine. Modeling the Flow Through the Inlet Valve; A Multi-Pipe Junction Model for One-Dimensional Gas-Dynamic Simulations; Robust Engine Design Using Engine Simulations; "Virtual Engine/Powertrain/Vehicle" Simulation Tool Solves Complex Interacting System Issues; Simulation of Pre-Chambers in an Engine Combustion Chamber Using Available Software; Numerical Simulation to Improve Engine Control During Tip-In Manoeuvres; Effects of Burn Rate Parameters on Nitric Oxide Emissions for a Spark Ignition Engine: Results from a Three-Zone, Thermodynamic Simulation; A Model for the Unsteady Motion of Pollutant Particles in the Exhaust System of an I.C. Engine; Modeling Ignition and Combustion in Spark-ignition Engines Using a Level Set Method; Pressure Diagnostics of Closed System in a Direct Injection Spark Ignition Engine; Numerical Study and Analysis of Pollutant Production and Emission Control Using Ion Current Prediction in the SI Engine; An Improved Friction Model for Spark-Ignition Engines; Fatigue Analysis Methodology for Predicting Engine Valve Life; Simulation of an Engine Valve Stress/Strain Response During a Closing Event; "Prediction of In-Cylinder Pressure, Temperature, and Loads Related to the Crank Slider Mechanism of I. C. Engines: A Computational Model"; Computerized Analysis of Fuel Systems Performance Dynamics.


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Product Details
  • ISBN-13: 9780768011685
  • Publisher: SAE International
  • Publisher Imprint: Society of Automotive Engineers,U.S.
  • Height: 280 mm
  • Width: 220 mm
  • ISBN-10: 076801168X
  • Publisher Date: /03/2003
  • Binding: Paperback
  • Weight: 544 gr


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