Author(s): Ramona Devi
This paper outlines the process and considerations involved in designing a static test pad dedicated to rocket motor testing. The static test pad serves as a crucial facility to assess the performance, stability, and safety of rocket motors before actual flight applications. The paper discusses the key aspects of the design, including safety protocols, instrumentation, data acquisition systems, and infrastructure requirements.
This study emphasizes the importance of safety in static testing, highlighting the implementation of strict protocols to protect personnel and equipment during the test.
Furthermore, the abstract delves into the selection and installation of suitable instrumentation and data acquisition systems to capture essential parameters during the test, such as thrust, chamber pressure, burn time, and exhaust plume characteristics. The integration of reliable sensors and advanced data acquisition technology ensures accurate and real-time data collection, enabling engineers to make informed decisions and refine the rocket motor's design.
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