3- Determine the first ten natural frequencies and mode shapes of an square membrane with length 500 mm and thickness 0.2 mm, and T=200 N/m, p=2000 kg/m³. Boundaryconditions are all fixed.
3- Determine the first ten natural frequencies and mode shapes of an square membrane with length 500 mm and thickness 0.2 mm, and T=200 N/m, p=2000 kg/m³. Boundaryconditions are all fixed.
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![3- Determine the first ten natural frequencies and mode shapes of an square
membrane with length 500 mm and thickness 0.2 mm, and T=200 N/m, p=2000
kg/m³. Boundaryconditions are all fixed.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd3da96fc-5762-4edb-bfd8-c67b1f2213bb%2F7a9c13d2-00ec-4d7d-b8ed-d6da761f8bf5%2F6diutu_processed.jpeg&w=3840&q=75)
Transcribed Image Text:3- Determine the first ten natural frequencies and mode shapes of an square
membrane with length 500 mm and thickness 0.2 mm, and T=200 N/m, p=2000
kg/m³. Boundaryconditions are all fixed.
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