Development of a schlieren system for a mobile rocket combustion chamber
Giuseppe Scarlatella
Development of a schlieren system for a mobile rocket combustion chamber.
Rel. Dario Giuseppe Pastrone. Politecnico di Torino, Master of science program in Aerospace Engineering, 2019
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Abstract
The optical system has been developed in order to investigate a mobile rocket combustion chamber through schlieren technique. The design process has been presented in a consecutive perspective, despite of the non-sequentiality that characterizes any decision-making route, in order to facilitate the reading. A brief introduction to the combustion chamber test bench, as well as to the rising interest of space industry and agencies in green propellants, is promptly followed by theoretical background about schlieren technique and its application in an optical diagnostic perspective. It is also presented a computational method for numerical evaluation, implemented in a Matlab routine for image-processing.
The project design develops from studies on conventional and novel configurations up to detail design and optimization, including in the process also cost-benefits analysis for the selection of components, Matlab routines for sizing and verification purposes, as well as developing of a complete CAD model as a tool for calibration procedures
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