Opto-structural analysis

by Pepi, John W.

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Title Statements

Full title :Opto-structural analysis / John W. Pepi.

Summary

This book presents basic structural deformation and stress analysis as applied to optical systems. It provides the tools for first-order analyses required in the design concept phase before handling the intricate details of a full-up design. While finite element analysis is paramount to a successful design, the purpose of this text is not to use finite element analysis to validate the hand analysis, but rather to use hand analysis to validate the finite element models. The hand analysis forces a discipline that is paramount in the understanding of structural behavior. Presuming that the reader has a working knowledge in the strength of materials, the text applies engineering principles to opto-structural analysis.

Edition Statements

Publication Date:©2018

Publication Statements

Publisher(s):SPIE
Place of Publication:Bellingham, Washington (1000 20th St. Bellingham WA 98225-6705 USA)
Language:eng
Publication Date:©2018

Notes

Title from PDF title page (SPIE eBooks Website, viewed 2018-10-21).

The Physical Object

Description:1 online resource (xxii, 480 pages)

Edition Identifiers

ISBN:9781510619340, 1510619348, 1523133996, 9781523133994
DOI:10.1117/3.2317988
oclc:on1057785368
LC Classification:TS513
Dewey Decimal:621.36

Preface -- Acknowledgments -- A note on units -- 1. Stress and strain: 1.1. Introduction; 1.2. Hooke's Law; 1.3. Beyond tension, compression, and shear; 1.4. Combining stresses; 1.5. Examples for consideration; 1.6. Thermal strain and stress; 1.7. Buckling; References -- 2. Material properties: 2.1. Properties and definitions; 2.2. Low-thermal-expansion materials; 2.3. Not-so-low-thermal-expansion materials; 2.4. Very high-thermal-expansion materials; References -- 3. Kinematic mounts: 3.1. Kinematics; 3.2. Quasi-static kinematic mount; 3.3. Flexure analysis; 3.4. Bipod; 3.5. Timmy curves; 3.6. A better bipod; 3.7. An alternative bipod; 3.8. Stroke algorithm; References -- 4. Solid optics: performance analysis: 4.1. Wavefront error and performance prediction; 4.2. Mount-induced error; 4.3. Gravity error; 4.4. Temperature soak; 4.5. Thermal gradient; 4.6. Coating and cladding; 4.7. Rule of mixtures; 4.8. Trimetallic strip; 4.9. Random variations in the coefficient of thermal expansion; References -- 5. Lightweight optics: optimization: 5.1. Lightweight optics; 5.2. Core shape; 5.3. Core stiffness; 5.4. Partially closed-back optics; 5.5. Polish; 5.6. Weight optimization; 5.7. Stiffn…

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