See how vibrations can undo bolts and nuts, showcasing the necessity of precise torque and safety practices.🔧🔩 😱 Credit: Florian Palatini #Safety
Vibrations are the stealthy saboteurs of machinery, gradually loosening bolts and nuts, which can lead to catastrophic failures. This phenomenon underscores the critical need for precise torque application and regular maintenance checks. Using thread-locking compounds or locknuts can mitigate this issue. These provide additional security by creating friction or mechanical locks, preventing the bolts from loosening under vibration. One surprising insight: NASA employs torque-tightening strategies meticulously because even minor loosening in the vacuum of space can jeopardize entire missions. On Earth, industries adopting similar rigor see significant safety and efficiency improvements. #PrecisionEngineering #VibrationControl #IndustrialSafety
Nicely shown. This type of abnormality may be visible outside the machine sometimes but is difficult to detect when it occurs inside the machine. Thanks to the AI based solutions, we have an answer to this. With placement of appropriate sensors and AI-based fusion of the data received from these sensors, we can identify such occurrences before the catastrophe occurs. This video further emphasizes the importance of the machinery health monitoring through AI based solutions. #Brainbox
It has booked me for a long time, what do they call the certain level of vibration That makes something vibrate more? I remember from my A-level physics learning about it, but cannot remember the name. I was trying to explain to the young kids at cricket that at a certain speed a cricket ball will swing more on the same principal. And each bowler has his own speed but creates the most swing.
Try self locking nut and pressure nut
Group Managing Director at PROFITMARK PTE LTD
1moThe Importance of Precise Torque and Safety Practices in Airplane Bodywork Vibrations in aircraft can cause bolts and nuts to loosen, compromising structural integrity and safety. Here’s why precise torque and safety practices are essential: 1. High-Frequency Vibrations: Airplanes experience vibrations from engines and turbulence. Proper torque ensures fasteners remain secure. 2. Cyclic Stress: Repeated stress from takeoff, landing, and maneuvers can loosen bolts. Accurate torque prevents this. 3. Structural Integrity: Correct torque application maintains the aircraft’s structure, preventing failures in critical areas like fuselage, wings, and engine mounts. 4. Regular Maintenance: Routine inspections and re-torquing fasteners are vital to counteract loosening from vibrations. 5. Advanced Fastening Solutions: Using locknuts, thread lockers, and safety wire provides additional security against vibrational loosening. By following these practices, the aerospace industry ensures the reliability and safety of aircraft, protecting passengers and crew. “But everything should be done in a fitting and orderly way.” - 1 Corinthians 14:40 (NLT)