磁気センシングによる材質劣化・微小欠陥の 同時非破壊評価技術開発
英字タイトル:
Simultaneously nondestructive evaluation of degradation and defect in sub-mm size using magnetic sensing techniques
著者:
菊池 弘昭 Hiroaki KIKUCHI 清水 勇 Isamu SHIMIZU 岩田 圭司 Keiji IWATA
発刊日:
公開日:
HysteresisMagnetic flux leakageMicrostructureNondestructive testing
Simultaneously nondestructive evaluation of degradation and defect in sub-mm size using magnetic sensing techniques
著者:
菊池 弘昭 Hiroaki KIKUCHI 清水 勇 Isamu SHIMIZU 岩田 圭司 Keiji IWATA
発刊日:
公開日:
カテゴリ: 第12回
キーワードタグ:HysteresisMagnetic flux leakageMicrostructureNondestructive testing
概要
The possibility of simultaneously nondestructive evaluation for material deterioration and detecting sub-mm sized small defect were investigated using magnetic methods. The magnetic hysteresis properties and the distributions of leakage magnetic field were measured by a magnetic yoke and a magnetic field sensor. The hysteresis loop measurement was sensitive to deterioration in material and scanning flux distribution was effective for detection of sub-mm sized defect. The deterioration and small defect can be also evaluated separately by a single measurement configuration, which indicates material deterioration and detecting sub-mm sized small defect are evaluated simultaneously.
