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Integrated Optomechanical Analysis 2nd Edition by Keith B Doyle, Victor L Genberg, Gregory J Michels ISBN 0819492485 9780819492487

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Integrated Optomechanical Analysis 2nd Edition Keith B. Doyle Digital Instant Download

Author(s): Keith B. Doyle, Victor L. Genberg, Gregory J. Michels
ISBN(s): 9780819492487, 0819492485
Edition: 2
File Details: PDF, 13.45 MB
Year: 2012
Language: english
SKU: EB-4965852 Category: Tags: , ,

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ISBN 10: 0819492485 
ISBN 13: 9780819492487
Author: Keith B Doyle, Victor L Genberg, Gregory J Michels

The development of integrated optomechanical analysis tools has increased significantly over the past decade to address the ever-increasing challenges in optical system design, leveraging advances in computational capability. This book presents not only finite element modeling techniques specific to optical systems but also methods to integrate the thermal and structural response quantities into the optical model for detailed performance predictions.

This edition updates and expands the content in the original SPIE Tutorial Text to include new illustrations and examples, as well as chapters about structural dynamics, mechanical stress, superelements, and the integrated optomechanical analysis of a telescope and a lens assembly.

Integrated Optomechanical Analysis 2nd Table of contents:

  • Chapter 1: Introduction to Integrated Optomechanical Analysis

    • 1.1 Integrated Optomechanical Analysis Issues
    • 1.2 Elasticity Review
    • 1.3 Heat Transfer Review
    • 1.4 Fracture Mechanics Review
    • 1.5 Failure Theories
    • 1.6 Introduction to Finite Element Modeling

  • Chapter 2: Optical Basics and Zernike Polynomials

    • 2.1 Electromagnetic Basics
    • 2.2 Polarization
    • 2.3 Rays, Wavefronts, and Wavefront Error
    • 2.4 Pointing Error
    • 2.5 Optical Aberrations
    • 2.6 Image Quality and Optical Performance

    • 2.7 Image Formation
    • 2.8 Imaging System Fundamentals
    • 2.9 Conic Surfaces
    • 2.10 Optical Design Forms
    • 2.11 Interferometry and Optical Testing
    • 2.12 Mechanical Obscurations

    • 2.13 Zernike Polynomials

  • Chapter 3: Optomechanical Displacement Analysis Methods

    • 3.1 Modeling of Optical Components
    • 3.2 Modeling of Adhesive Bonds
    • 3.3 Modeling of Surface Coatings
    • 3.4 Displacement Analysis of Optical Components
    • 3.5 Displacement Analysis of Optical Systems

  • Chapter 4: Optical Surface Errors

    • 4.1 Optical-Surface Positional Errors
    • 4.2 Optical Surface Shape Changes
    • 4.3 Image Degradation Due to Surface Errors
    • 4.4 Finite-Element-Derived Spot Diagrams
    • 4.5 Surface Error Budgeting
    • 4.6 Error Mapping for Optimization

  • Chapter 5: Optothermal Analysis Methods

    • 5.1 Thermal-Elastic Analysis
    • 5.2 Thermo-Optic Effects
    • 5.3 First-Order Effects of Temperature on Optical System Performance
    • 5.4 Bulk Absorbed Energy
    • 5.5 Mapping Temperatures from the Thermal to Structural Model
    • 5.6 Moisture and Adhesive Curing Effects

  • Chapter 6: Modeling of Optical Mounts

    • 6.1 Introduction
    • 6.2 Displacement Models of Flexures and Mounts
    • 6.3 Modeling of Kinematic Mounts
    • 6.4 Modeling of Flexure Mounts

  • Chapter 7: Structural Dynamics and Optics

    • 7.1 Introduction
    • 7.2 Free Vibration Analysis
    • 7.3 Forced Vibration Analysis
    • 7.4 Random Vibration Analysis
    • 7.5 Shock Analysis
    • 7.6 Acoustic Vibration Analysis
    • 7.7 Integrated Dynamic Analysis

  • Chapter 8: Mechanical Stress and Optics

    • 8.1 Introduction
    • 8.2 Stress and Strain in Optical Materials
    • 8.3 Stress Birefringence
    • 8.4 Fracture Mechanics of Optical Materials
    • 8.5 Failure Analysis of Optical Systems

  • Chapter 9: Analysis of Adaptive Optics

    • 9.1 Introduction
    • 9.2 Method of Simulation
    • 9.3 Coupled Adaptive Control Simulation and Structural Design Optimization

  • Chapter 10: Optimization of Optomechanical Systems

    • 10.1 Optimization Approaches
    • 10.2 Optimization Theory
    • 10.3 Structural Optimization of Optical Performance
    • 10.4 Integrated Thermal-Structural-Optical Optimization

  • Chapter 11: Superelements in Optics

    • 11.1 Introduction
    • 11.2 Superelement Generation
    • 11.3 Superelement Applications in Optomechanics

  • Chapter 12: Integrated Optomechanical Analysis of a Telescope

    • 12.1 Overview
    • 12.2 Optical Model Description
    • 12.3 Structural Model Description
    • 12.4 One-Gravity Static Performance
    • 12.5 On-Orbit Image Motion Random Response
    • 12.6 Optimize PMA with Optical Measures
    • 12.7 Adaptive PM
    • 12.8 System-Level Multidisciplinary Optimization

  • Chapter 13: Integrated Optomechanical Analysis of a Lens Assembly

    • 13.1 Double Gauss Lens Assembly
    • 13.2 Seven-Element Lens Assembly

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Tags: Keith B Doyle, Victor L Genberg, Gregory J Michels, Optomechanical