Otto, Marc-André: Automated high-precision crack detection in airplane combustion chamber liners using white light interferometry. 2020
Inhalt
- Zusammenfassung
- Abstract
- Acknowledgment
- Table of Contents
- List of Figures
- List of Tables
- List of Acronyms
- Introduction
- Context
- Motivation for the Development of a Novel Inspection Method
- Constraints
- Research Objectives
- Structure of the Dissertation
- State of the Art
- Flaw Inspection Technology Overview
- Existing Automated Crack Detection Systems
- Summary, Deficits, and Contributions
- A Novel Approach for Automated Crack Detection
- Automated White Light Interferometer Scanning
- Crack Detection in Airplane Combustion Chamber Liners
- Patch Splitting
- Scan Registration
- Scan Unification
- Generation of 2.5D Images
- Feature Detection
- Image Processing
- Crack Verification
- Verification of the Method
- Summary, Conclusions and Outlook
- Appendices
- Introduction to White Light Interferometry
- Basics of Interferometry
- White Light Interferometry
- Derivation of the Resulting Correlogram for an LED
- Measurement Method
- Inspection Technology Overview Table
- White Light Interferometer Driver Structure
- Error Handling
- Index
- List of References