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Statistics and Analytical Methods in Automotive Engineering

Title: Statistics and Analytical Methods in Automotive Engineering
Author: Professional
ISBN: 1860583873 / 9781860583872
Format: Hard Cover
Pages: 272
Publisher: Professional Engineering Publishing, UK
Year: 2002
Availability: Out of Stock

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These IMechE conference transactions examine how major improvements have been made in product delivery processes by the effective use of both statistical and analytical methods, as well as examining the problems that can occur as a result of under utilization of information.

Statistics and Analytical Methods in Automotive Engineering provides an excellent opportunity to learn about new developments in statistical and analytical techniques and their application from engine research right through to vehicle warranty analysis. This volume will be of great interest to managers, engineers, and statisticians at all levels, engaged in project management or the design and development of motor vehicles, their subsystems, and components.

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Part I : Engines
Chapter 1 : Bayesian Statistics in Engine Mapping
Chapter 2 : Applications of Advanced Modelling Methods in Engine Development
Chapter 3 : Application of Adaptive Online Doe Techniques for Engine ECU Calibration
Chapter 4 : Radial Basis Functions for Engine Modelling
Chapter 5 : An Engine Mapping Case Study - a Two-Stage Regression Approach
Chapter 6 : Application of a Pareto-Based Evolutionary Algorithm to Fuel Injection Optimization
Chapter 7 : A Parametric Inlet Port Design Tool for Multi-Valve Diesel Engines
Chapter 8 : Practical Application of Doe Methods in The Development of Production Internal Combustion Engines
Chapter 9 : A Model and Methodology Used to Assess The Robustness of Vehicle Emissions and Fuel Economy Characteristics
Chapter 10 : The Application of Multivariate Correlation Techniques to Driveability Analysis

Part II : Vehicles, Systems and Components
Chapter 11 : Experiencing Customer Vehicle Comfort Requirements Using Concept Synthesis Techniques
Chapter 12 : Designing for Six Sigma Reliability
Chapter 13 : Dimensional Variation Analysis for Automotive Hybrid Aluminium Body Structures
Chapter 14 : Reliability-Based Multidisciplinary Design Optimization of Vehicle Structures
Chapter 15 : An Analysis Methodology for The Simulation of Vehicle Pedestrian Accidents
Chapter 16 : Sensitivity of Transmission Noise and Vibration to Manufacturing and Assembly Process Drift and Variability
Chapter 17 : The Improvement of Vehicle Performance Using Predictive Diagnostic Algorithms
Chapter 18 : Reliability Modelling Using Warranty Data
Chapter 19 : Application of Proportional Hazard Model to Tyre Design Analysis
Chapter 20 : Better Understanding of Automotive Manufacturing Reliability Data Using a Spreadsheet-Based Model Fitting Tool
Chapter 21 : Achieving Robust Designs Through He Use of 'Design for Six Sigma'

Authors' Index

 

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