Engineering Optimization : A Modern Approach
Engineering Optimization : A Modern Approach
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Author(s): Ganguli, Ranjan
ISBN No.: 9781466511392
Pages: 264
Year: 201207
Format: Trade Cloth (Hard Cover)
Price: $ 162.23
Status: Out Of Print

Basic Concepts Statement of the Optimization Problem Basic Definitions Taylor Series Expansion Quadratic Forms Optimality Criteria for Unconstrained Optimization Optimality Criteria for Constrained Optimization Convexity Examples in Engineering Problems Direct One-Dimensional Search General Numerical Optimization Algorithm Numerical Methods to Calculate Step Size Equal-Interval Search Golden-Section Search Polynomial Interpolation Inexact Line Search Problems Gradient-Based Methods Properties of the Gradient Vector Steepest-Descent Method Rates of Convergence Conjugate-Gradient Method Basic Conjugate-Gradient Algorithms for Quadratic Functions Conjugate-Gradient Directions for Quadratic Functions Problems Newtonian Methods Newton's Method Marquardt's Method Quasi-Newton Methods Direct-Update Methods Broyden-Fletcher-Goldfarb-Shanno Method Davidson-Fletcher-Powell Method Numerical Derivatives Automatic Differentiation Analytical Gradients for Computational Problems Problems Constrained Optimization Methods Linear Programming The Simplex Method Two-Phase Simplex Method Penalty and Barrier Methods Important Definitions Sequential Linear Programming Quadratic Programming Constrained Steepest-Descent Method Trust Region Methods Problems Response Surface Method Response Surfaces The Least-Squares Method Two-Level Factorial Designs Addition of Centre Points Central Composite Design (CCD) Sequential Nature of RSM Limitations of RSM Other Experimental Designs Taguchi Orthogonal Arrays Problems Genetic Algorithm Optimization Problems Binary GA Real Coded G A Hybrid Genetic Algorithm Automated Hybrid Genetic Algorithm Problems Bibliography Index.


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