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The course explores reliability fundamentals, mathematical tools, and techniques for rotating machinery. It includes design principles, management strategies, and practical applications to enhance system reliability, availability, and performance, supported by real-world examples.
This course covers fundamental concepts and tools for ensuring the reliability of rotating machinery. Topics include mathematical tools for reliability analysis, techniques for improving system reliability, and the design principles necessary for success. Additionally, it emphasizes the importance of managing reliability through availability metrics and warranty policies. Practical applications and examples are provided to illustrate key concepts, making the material relevant for real-world engineering challenges.
