Design and Simulation of Ultrasonic Triangular Blades for Honeycomb Structures Cutting

Honeycomb materials, composite and aluminum, are widely used in aerospace, automotive and other fields due to their outstanding characteristics such as high strength, rigidity, low density and good thermal insulation properties. At the same time, the processing of honeycomb materials is associated w...

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Veröffentlicht in:IEEE NW Russia Young Researchers in Electrical and Electronic Engineering Conference S. 1293 - 1296
Hauptverfasser: Vjuginova, Alena A., Durukan, Yasemin, Vjuginov, Sergey N., Novik, Alexander A.
Format: Tagungsbericht
Sprache:Englisch
Veröffentlicht: IEEE 26.01.2021
Schlagworte:
Acoustics
Analytical models
Blades
Finite element analysis
Geometry
honeycomb
Honeycomb structures
power ultrasound
triangular blade
ultrasonic cutting
Ultrasonic imaging
ultrasonic technology
ISSN:2376-6565
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Abstract Honeycomb materials, composite and aluminum, are widely used in aerospace, automotive and other fields due to their outstanding characteristics such as high strength, rigidity, low density and good thermal insulation properties. At the same time, the processing of honeycomb materials is associated with a number of difficulties, and one of the technologies that allows effectively solving the layout problems for honeycomb materials is ultrasonic cutting. In this work triangular blades for ultrasonic cutting of honeycomb materials with operating frequency 20 kHz with different geometric parameters for different variants of honeycomb structures are analyzed. Eigenfrequency properties are studied for ultrasonic triangular blade's shape and length and experimental results for a number of deigns are presented.
AbstractList Honeycomb materials, composite and aluminum, are widely used in aerospace, automotive and other fields due to their outstanding characteristics such as high strength, rigidity, low density and good thermal insulation properties. At the same time, the processing of honeycomb materials is associated with a number of difficulties, and one of the technologies that allows effectively solving the layout problems for honeycomb materials is ultrasonic cutting. In this work triangular blades for ultrasonic cutting of honeycomb materials with operating frequency 20 kHz with different geometric parameters for different variants of honeycomb structures are analyzed. Eigenfrequency properties are studied for ultrasonic triangular blade's shape and length and experimental results for a number of deigns are presented.
Author Durukan, Yasemin
Vjuginova, Alena A.
Novik, Alexander A.
Vjuginov, Sergey N.
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  givenname: Alena A.
  surname: Vjuginova
  fullname: Vjuginova, Alena A.
  email: aavyuginova@etu.ru
  organization: Saint Petersburg Electrotechnical University "LETI",Faculty of Information Measurement and Biotechnical Systems,Department of Electroacoustics and Ultrasonic Engineering,St. Petersburg,Russia
– sequence: 2
  givenname: Yasemin
  surname: Durukan
  fullname: Durukan, Yasemin
  email: durukanleti@gmail.com
  organization: Saint Petersburg Electrotechnical University "LETI",Faculty of Information Measurement and Biotechnical Systems,Department of Electroacoustics and Ultrasonic Engineering,St. Petersburg,Russia
– sequence: 3
  givenname: Sergey N.
  surname: Vjuginov
  fullname: Vjuginov, Sergey N.
  email: inlab@utinlab.ru
  organization: Ultrasonic technique - INLAB,St. Petersburg,Russia
– sequence: 4
  givenname: Alexander A.
  surname: Novik
  fullname: Novik, Alexander A.
  email: novik.jr@gmail.com
  organization: Ultrasonic technique - INLAB,St. Petersburg,Russia
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Snippet Honeycomb materials, composite and aluminum, are widely used in aerospace, automotive and other fields due to their outstanding characteristics such as high...
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SubjectTerms Acoustics
Analytical models
Blades
Finite element analysis
Geometry
honeycomb
Honeycomb structures
power ultrasound
triangular blade
ultrasonic cutting
Ultrasonic imaging
ultrasonic technology
Title Design and Simulation of Ultrasonic Triangular Blades for Honeycomb Structures Cutting
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