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  • Human Exposure To Vibration In Buildings (DIN 4150-2:1999-06 & DIN 45669-1:1995-06)
    Standards DIN 4150-2:1999-06 and DIN 45669-1:1995-06 provide a means of assessing the effect on human beings of vibration caused by vehicle traffic, trains both above and below ground, construction work and occasional impulsive type vibration caused by, say, blasting and the like.
  • Determining Mechanical Properties of the Human Hipbone Through Vibration Measurements (.pdf)
    Non-contact laser Doppler vibrometry is a powerful tool to aid in the study of biomechanics. Recent experiments. to determine the dynamic properties of a pelvic bone relied on deflection measurements from a 3-D scanning laser vibrometer. Excellent results were attained using this measurement
  • Applying Acoustic Vibration Monitoring to Predictive Maintenance
    All sounds are produced by vibrations in bodies. In musical instruments the sound is emitted by vibrating strings or a reed. Our voice is the result of vibrations of our vocal cords. The number of vibrations a body makes per second is called its frequency and is commonly referred to as hertz
  • Ultrasonic Equivalent Manufacturers use MTI-2100 Fotonic Sensor for Precise and Repeatable Vibration Measurements
    the range audible to the human ear, or above approximately 20,000 Hertz. When a part is excited at a frequency it generates energy. The amount of energy is proportional to the frequency and amplitude at which the part moves. The higher the amplitude and frequency, the greater the energy generated
  • MICRO: Product Technology News
    Clean Ace, a fully automated acetone washing machine, removes photoresist from the spin cups used in semiconductor manufacturing. Controlled by a Mitsubishi PLC, the programmable unit washes parts covered with photoresist, exceeding results from manual cleaning where human error is considerable
  • Huygens Probe and PAT: Exploring a New World
    colder than an average laboratory. We persist in trying to use instruments designed for an air-conditioned, vibration-free laboratory in a busy industrial plant. We persist in accepting laboratory levels of reliability that have no place in a manufacturing environment. We persist in accepting complex

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