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An investigation of wall temperature characteristics to evaluate thermal fatigue at a T-junction pipe

机译：壁式温度特性评价T型接线管热疲劳的研究

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Koji MIYOSHI; Akira NAKAMURA; Yoichi UTANOHARA; Nobuyuki TAKENAKA;
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年度 2014
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1. An investigation of wall temperature characteristics to evaluate thermal fatigue at a T-junction pipe [J] . Koji MIYOSHI, Akira NAKAMURA, Yoichi UTANOHARA, Mechanical Engineering Journal . 2014,第5期

机译：研究壁温特性以评估T型管的热疲劳
2. Monitoring of wall temperature fluctuations for thermal fatigue in a horizontal mixing T-junction pipe [J] . Guo Zhouchao, Zou Jinqiang, Chen Yinqiang, Progress in Nuclear Energy . 2018,第APRa期

机译：监测水平混合T型管中热疲劳的壁温波动
3. Numerical evaluation of wall temperature measurement method developed to estimate thermal stress at T-junction pipe [J] . Koji MIYOSHI, Akira NAKAMURA, Nobuyuki TAKENAKA Mechanical Engineering Journal . 2014,第2期

机译：用于估算T形接头热应力的壁温测量方法的数值评估
4. Numerical Evaluation of Wall Temperature Measurement Methods Developed to Investigate Thermal Fatigue at T-Junction Pipe [C] . Koji Miyoshi, Akira Nakamura, Nobuyuki Takenaka International conference on nuclear engineering;ASME power conference . 2012

机译：研究T型结管道热疲劳的壁温测量方法的数值评估
5. Investigation into characteristics of thermal fatigue modeling of lead-free solder joints and optimization of temperature cycling profile. [D] . Chan, Yuen Sing. 2011

机译：研究无铅焊点的热疲劳模型特性和优化温度循环曲线。
6. Investigating the Effect of Line Dipole Magnetic Field on Hydrothermal Characteristics of a Temperature-Sensitive Magnetic Nanofluid Using Two-Phase Simulation [O] . Mehdi Bahiraei, Morteza Hangi 2016

机译：利用两相模拟研究线偶极磁场对温度敏感型磁性纳米流体水热特性的影响
7. Numerical evaluation of wall temperature measurement method developed to estimate thermal stress at T-junction pipe [O] . Koji MIYOSHI, Akira NAKAMURA, Nobuyuki TAKENAKA 2014

机译：壁温测量方法的数值评价在T型接线管中估算热应力的影响
8. Investigation of the Sonic Fatigue Characteristics of Randomly Excited Aluminum Viscoelastic Panels at Ambient Temperatures [R] . Moskal, B. J. 1966

机译：随机激励铝粘弹性板在室温下的声疲劳特性研究

An investigation of wall temperature characteristics to evaluate thermal fatigue at a T-junction pipe

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