piezoelectric effect (in non-traditional machining)

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PIEZOELECTRIC EFFECT IN NON-TRADITIONAL MACHINING Presented by- SOUMYAJIT BHUIN

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Page 1: Piezoelectric effect (in non-traditional machining)

PIEZOELECTRIC EFFECTIN NON-TRADITIONAL MACHINING

Presented by-

SOUMYAJIT BHUIN

Page 2: Piezoelectric effect (in non-traditional machining)

WHAT IS PIEZOELECTRIC EFFECT ?

Page 3: Piezoelectric effect (in non-traditional machining)

HISTORY The first demonstration of the direct

piezoelectric effect was in 1880 by the brothers Pierre Curie and Jacques Curie.

The first practical application for piezoelectric devices was sonar during world war-I.

One significant example of the use of piezoelectric crystals was developed by Bell Telephone Laboratories.

Page 4: Piezoelectric effect (in non-traditional machining)

HOW DOES IT WORK?

Page 5: Piezoelectric effect (in non-traditional machining)

APPLICATION IN NON-TRADITIONAL MACHINING Piezoelectric Effect use in USM to generate

ultrasonic vibration. Circuits

Page 6: Piezoelectric effect (in non-traditional machining)

PROS AND CONS Have a high Stiffness value and produce a

high output with very little strain. Operation over long cables may affect

frequency response and introduce noise and distortion, the cables need to be protected.

Can be used only for dynamic pressure sensing as in case of static sensing the signals will decay away.

Page 7: Piezoelectric effect (in non-traditional machining)

REFERENCES http://www.nanomotion.com/piezo-ceramic-motor-technolog

y/piezoelectric-effect/ Lubkin, Gloria B., Power Applications of High- Temperature

Superconductors, Physics Today 49, March 1996, p48.

Page 8: Piezoelectric effect (in non-traditional machining)

Thank YOU