CRACK DIAGNOSIS IN I SECTION BY USING FUZZY CONTROLLER TECHNIQUE (KEY IJP************644)

• Awari Amol

Abstract

This paper explores crack analysis in I-section beams using vibration evaluation techniques. Structural health monitoring is critical for making sure the integrity and security of engineering structures. Vibration-based methods have emerged as fine tools for detecting and characterizing defects like cracks. The learn about focuses on the development of a reliable diagnostic method specifically tailor-made for I-section beams. Experimental modal evaluation is employed to extract modal parameters, and modifications in these parameters due to crack presence are analyzed. Various crack situations are simulated, and the effectiveness of vibration-based crack detection is evaluated. The effects demonstrate the potential of vibration strategies in accurately figuring out and assessing cracks in I-section beams, thereby contributing to improved structural fitness monitoring practices. The findings underscore the significance of proactive protection techniques based totally on advanced diagnostic equipment for making sure the longevity and protection of crucial infrastructure.