Comprehensive analysis of mechanical oscillator behavior using linear potentiometer feedback and advanced signal processing techniques
Conducted comprehensive analysis of mechanical oscillator system dynamics using linear potentiometer position feedback and advanced signal processing techniques. This project involved designing and implementing a complete measurement system to capture oscillatory motion, analyze frequency response characteristics, and investigate phase relationships in mechanical systems. Through careful experimental design and data analysis, the project demonstrated understanding of vibration analysis, control systems theory, and measurement instrumentation while providing practical experience with signal processing and system identification techniques.
Comprehensive slideshow showcasing the experimental methodology, data analysis, and key findings
