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SP-1969
Modeling of SI and Diesel Engines 2005
April 2005, 33 Papers, 421 Pages, Paperbound
$150.00


This Special Publication is a collection of related SAE technical papers from one or more technical sessions at a particular SAE event.

Papers in: SP-1969

  • 2005-01-0221 The Potential of Dual Stage Turbocharging and Miller Cycle for HD Diesel Engines
  • 2005-01-0222 Calculation Accuracy of Pulsating Flow Through the Turbine of SI-Engine Turbochargers - Part 1: Calculations for Choice of Turbines with Different Flow Characteristics
  • 2005-01-0224 Development of a Model for the Simulation of a Reed Valve Based Secondary Air Injection System for SI Engines
  • 2005-01-0225 Study of the Transient Behavior of Turbocharged Diesel Engines Including Compressor Surging Using a Linearized Quasi-Steady Analysis
  • 2005-01-0226 The Application of Design of Experiments and 1-D Simulation to Create a Rapid Concept Optimization Tool for I4 Engines
  • 2005-01-0227 Continuously Variable Cam Phaser Map Optimization of a Spark Ignition Gasoline Engine: A Computational-Experimental Methodology Approach
  • 2005-01-0228 Estimation of the Instantaneous In-Cylinder Pressure for Control Purposes Using Crankshaft Angular Velocity
  • 2005-01-0230 A Methodology for Virtual Engine Mapping Test of CIDI Engine with Arbitrary Fuel Injection Schedule for Control Purpose
  • 2005-01-0689 Thermo-Fluid Dynamic Modeling and Experimental Investigation of a Turbocharged Common Rail DI Diesel Engine
  • 2005-01-0690 Investigation of 2-Step Valve Train and its Influence on Combustion by Means of Coupled CFD Simulation
  • 2005-01-0691 Modeling and Measurement of the Transient Response of a Turbocharged SI Engine
  • 2005-01-0692 1D Thermo-Fluid Dynamic Simulation of a High Performance Lamborghini V12 S.I. Engine
  • 2005-01-0693 1D Simulation of Turbocharged Gasoline Direct Injection Engine for Transient Strategy Optimization
  • 2005-01-0695 Advanced Heat Transfer Model for Ci Engines
  • 2005-01-0696 A One-Dimensional Model for Heat Transfer in Engine Exhaust Systems
  • 2005-01-0697 Development of the Enhanced Vehicle and Engine Cooling System Simulation and Application to Active Cooling Control
  • 2005-01-0698 Exhaust Manifold Gas Temperature Predictions Using System Level Data Driven Modelling
  • 2005-01-0699 Global Analysis of the EGR Circuit in a HSDI Diesel Engine in Transient Operation
  • 2005-01-0700 Model Reduction for Automotive Engine to Enhance Thermal Management of European Modern Cars
  • 2005-01-1119 Predictive Phenomenological C.I. Combustion Modelling Optimization on the Basis of Bio-Inspired Algorithms
  • 2005-01-1120 Validation of a Fractal Combustion Model Through Flame Imaging
  • 2005-01-1121 Thermodynamic Modeling of Jet Formation and Combustion in Common Rail Multi-Jet Diesel Engines
  • 2005-01-1122 A New Approach to System Level Soot Modeling
  • 2005-01-1123 A Combustion Model With Reduced Kinetic Schemes for S.I. Engines Fuelled With Compressed Natural Gas
  • 2005-01-1124 A Numerical Study on the Burning Velocity of a Spherical, Premixed Methane-Air Flame
  • 2005-01-1125 Modeling the Effects of EGR on a Heavy Duty DI Diesel Engine using a New Quasi-Dimensional Combustion Model
  • 2005-01-1126 Modeling of In-cylinder Pressure Oscillations Under Knocking Conditions: Introduction to Pressure Envelope Curve
  • 2005-01-1127 Modeling Transient Fuel Effects with Alternative Fuels
  • 2005-01-1128 Neural Network Application to Evaluate Thermodynamic Properties of ICE's Combustion Gases
  • 2005-01-1129 A Non Intrusive Method for Knock Detection Based on the Exhaust Gas Temperature
  • 2005-01-1130 Results from a Cycle Simulation Incorporating the Second Law of Thermodynamics: Results for Spark-Ignition Engines Using Oxygen Enriched Combustion Air
  • 2005-01-1131 Second-Law Analysis of Indirect Injection Turbocharged Diesel Engine Operation Under Steady State and Transient Conditions
  • 2005-01-1132 Analysis of Combustion Process in Dual Fuel Diesel Engines: Knock Phenomena Approach