Computational stability analysis of sport structures: Importance of MEMS for testing athlete performance

This study focuses on the computational stability analysis of micro-electromechanical systems (MEMS) used in sports structures, emphasizing the impact of MEMS geometry on structural behavior. By leveraging advanced computational models, the research explores the influence of various geometric parameters, such as aspect ratio, shape, and thickness, on the stability and performance of MEMS components. The results reveal that small variations in geometry significantly affect the dynamic response and overall stability, highlighting the necessity for optimized designs in sports applications. This study provides valuable insights into the integration of MEMS technology in sports structures, enabling enhanced performance, safety, and durability in modern sports equipment. The findings are particularly relevant for the development of smart sports gear and wearables, where MEMS stability is crucial for real-time performance monitoring and injury prevention.