A high-temperature high-frequency pneumatic vibrostand
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Abstract
The design and operating principle of a high-frequency pneumatic vibrostand designed for resonant tests of turbomachinery blade-type parts and specimens in the form of rods and plates at high temperatures are described. It is noted that the stand is especially effective for testing elements of structures of composite materials.
Keywords
Composite Material Operating Principle Resonant Test
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Literature cited
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© Plenum Publishing Corporation 1990