Principle
18. Mechanical Vibration
a. Set an object into oscillation
b. If oscillation exists, increase its frequency, even as far
d. Instead of mechanical vibrations, use piezovibrators
e. Use ultrasonic vibrations in conjunction with an electromatic
b. If oscillation exists, increase its frequency, even as far
as ultrasonic
c. Use the frequency of resonanced. Instead of mechanical vibrations, use piezovibrators
e. Use ultrasonic vibrations in conjunction with an electromatic
field
- Principle Description: Use vibration or oscillations to involve a regular, periodic variation in value about a mean.
- Hints on Usage: Consider the many ways to use vibration or oscillation:
- Cause an object to oscillate or vibrate.
- Change the degree of vibration or oscillation (frequency or
- Utilize an object’s resonant frequency.
- Transition mechanical vibration to piezoelectric vibrators.
- Combine ultrasonic (mechanical fields) and electromagnetic
- Change the degree of vibration or oscillation (frequency or
amplitude).
- Alter the frequency to the ultrasonic level. - Utilize an object’s resonant frequency.
- Transition mechanical vibration to piezoelectric vibrators.
- Combine ultrasonic (mechanical fields) and electromagnetic
fields.
- But don’t stop there. Look at this principle a little deeper; it delivers more than mechanical vibration especially if combined with Principle 15 (Dynamicity) and/or Principle 19 (Periodic Action). For example, shifting from direct current to alternating current creates new features such as electromagnetic waves, electromagnetic inductions, etc.
- Also, do not assume a stable system is best. Explore the benefits of a system with controlled instability or variation.
