Stress State and Strength of the Piezoceramics at Static Load

8th International Congress "Machines, Technologies and Materials 2011": Scientific Proceedings. Vol.2 2011
Vitālijs Pavelko, Igors Pavelko, Ēriks Ozoliņš, Ilmārs Ozoliņš, Sergejs Kuzņecovs

The strength of piezoelectric transducer sat static loading and vibrations was investigated. The theoretical model of strength for piezoceramics stripe glued to structural element was developed. Using the concept of ‘weak chin’ and the results of stress state analysis of three-layers structure with the cracks in one of layers. The general tendencies of effect of this structure parameters were defined. The effect of mechanical loading of piezoceramics transducer to its stress state and destruction can be decreased by rational selection of its geometrical parameters and thickness of coupling layer.

Keywords
PIEZOCERAMICS, STRESS, STRENGTH
Hyperlink
http://www.mtmcongress.com/sbornik/2011-2.pdf#page=168

Pavelko, V., Pavelko, I., Ozoliņš, Ē., Ozoliņš, I., Kuzņecovs, S. Stress State and Strength of the Piezoceramics at Static Load. In: 8th International Congress "Machines, Technologies and Materials 2011": Scientific Proceedings. Vol.2, Bulgaria, Varna, 19-21 September, 2011. Varna: The Scientific-Technical Union of Mechanical Engineering, 2011, pp.167-170. ISSN 1310-3946.

Publication language
English (en)