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
スポンサーリンク
概要
- 論文の詳細を見る
A temperature sensor for detecting temperature and heat flux on the roll surface in rolling has been developed. Installed in a roll surface, this sensor detects two temperatures at different depths from the roll surface by thermocouples. Surface temperature and heat flux are calculated from the two measured temperatures using the reverse calculation method for one-dimensional unsteady thermal conduction. Temperature distribution and heat flux distribution on the roll surface are measured in the cold rolling of aluminum sheets and billets. The availability of this sensing method for the investigation of thermal phenomena in rolling is discussed.
- 一般社団法人日本機械学会の論文
- 1989-12-15
著者
-
Hatamura Yotaro
Faculty Of Engineering The University Of Tokyo
-
YONEYAMA Takesi
Faculty of Engineering, Kanazawa University
-
Yoneyama Takesi
Faculty Of Engineering Kanazawa University
関連論文
- Mechanism of Grain Refinement Caused by Horizontal Circular Vibration
- 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