Development of Small Three-component Dynamometer for Cutting Force Measurement

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概要

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• A dynamometer used to support the cutting tool or fixed on the machine tool should have compactness, high sensitivity and high stiffness. The parallel-beam dynamometer is better than any other one in this respect, but it is not easy to manufacuture. So a dynamometer with a circular hole is newly being developed by applying the structure of parallel beams, and a small three-component dynamometer has been manufactured as a trial. The dynamometer of this type has high practical application on account of easy manufacture and compactness. For the design of this dynamometer, both the static characteristics and the interaction of a circular-hole one-component dynamometer with respect to the change of dimension are analyzed by Finit Element Method. Finally various types of dynamometers manufactured using this structure are introduced.

• 一般社団法人日本機械学会の論文

著者

• Hatamura Yotaro

  Faculty Of Engineering The University Of Tokyo

• Tani Yasuhiro

  Institute Of Industrial Science The University Of Tokyo

• NAGAO Takaaki

  Faculty of Engineering, Universisty of Tokyo

• Tani Yasuhiro

  Institute Of Industrial Science University Of Tokyo

• Nagao Takaaki

  Faculty Of Engineering Universisty Of Tokyo

関連論文

• Mechanism of Grain Refinement Caused by Horizontal Circular Vibration
• Application of Reflection Coefficient Dip to Layer Thickness Measurement by Acoustic Microscope : Ultrasonic Imaging and Microscopy
• Correlation of Cutting Area with Cutting Force During Self-Excited Vibration : Vibration, Control Engineering, Engineering for Industry
• Development of High-Concentration Lapping Discs with Low Bonding Strength and their Application to Mirror Finishing of Brittle Materials
• Analysis of the Mechanism of Soil Cutting : 2nd Report. Deformation and Internal Stress of Soil in Cutting
• Analysis of the Mechanism of Soil Cutting : 4th Report, Properties of Soils Related to Cutting
• A Study on Ingot Making with Horizontal Circular Vibration
• Analysis Of the Mechanism of Soil : 1st Report. Cutting Patterns of Soils
• Miniature Gauges for Soil, Grains and Powders
• Fast Atom Beam (FAB) Processing with Separated Masks
• Development of Small Three-component Dynamometer for Cutting Force Measurement
• Measurement of Actual Stress and Temperature on a Roll Surface during Rolling : Development of a Sensor for Detecting Pressure and Frictional Stress
• Measurement of Actual Stress and Temperature on the Roll Surface During Rolling : Measurement of Temperature and Heat Flux Distribution on the Roll Surface in Cold Rolling
• Measurement of Actual Stress and Temperature on the Roll Surface During Rolling : Frictional Stress Distribution and Pressure Distribution in Cold Rolling
• A Study on On-the-Machine Tool Re-Generation Technology : Process development for grinding tools with rapid baking system(Grinding technology)
• The Stress-strain Relations of Granular Materials : 4th Report ; The Relations for the Case of Unloading
• The Stress-strain Relations of Granular Materials : 2nd Report: The Expressions of Stresses for the Case with Intergrain Slip
• A Study of the Statics of Granular Materials : 2nd Report, Experiments
• A Stress Analysis on the Compressive Behavior of Granular Materials by the Two-dimensional Finite Element Method

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