Research on Conical Hole Ladder Horn Based on Transmission Matrix Method in Ultrasonic Milling

Guo Fu Gao; Jin Zhui Zhao; Zong Xia Fu

doi:10.4028/www.scientific.net/AMR.1027.262

Paper Titles

Detection and Analysis of Subsurface Cracks of Single Crystal SiC Wafers Based on Cross-Sectional Microscopy Method
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Structure Simulation and Performance Test of Flexible Fixture Based on Magneto-Rheological Fluids
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Research on a Novel Miniature Air Compressor Generating both Compressed Air and Vacuum
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Research on the Compound Frequency Tracking Mode of Ultrasonic Power Based on DSP
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Research on Conical Hole Ladder Horn Based on Transmission Matrix Method in Ultrasonic Milling
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Research on the Impact Vibration Characteristic of the Spindle System
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Rapid Prototyping Combined with Finite Element Technology in the Application of the Intertrochanteric Fracture
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The Use of DBB Measurement in Horizontal Machine Tool
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The Study of the Processing Method of Room Temperature Vulcanized Silicone Rubber (RTV) on the Surface of the Locomotive Bearing Seal Rings
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HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 1027Research on Conical Hole Ladder Horn Based on...

Research on Conical Hole Ladder Horn Based on Transmission Matrix Method in Ultrasonic Milling

Abstract:

In order to solve the problem of efficient and accurate tool change in vibration system, horn with a conical hole and a center via hole which connects tool is proposed. In connection with the shape of the horn, an equivalent model of the horn is built up. Based on the transmission matrix method, the frequency equation and magnification factor of the horn is deduced. And the finite element method was employed to verify the derived formulas. Compared the simulation results with the theoretical results, the derived formulas can be applied to design the complex horn.