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1. Thermal Fatigue

   Thermal fatigue is a fatigue failure mechanism that is induced by cyclic stresses from repetitive fluctuations in the temperature. The degree of...

   Joshua Pelleg in Cyclic Deformation in Oxides, Carbides and Nitrides

   Chapter 2022
   

2. Thermal fatigue cracks in WC-10Ni + AgCuTi composite coatings

   In this study, a WC-10Ni + AgCuTi/Cu composite coating was applied to a copper substrate using vacuum brazing. The initiation and propagation of...

   **tian Shi, Yizheng Feng, ... Li Chen in Welding in the World

   Article 16 June 2024
   

3. Thermal Fatigue Cracking Phenomenon in Engine Valve Seat Insert

   Thermal fatigue phenomenon of internal combustion engine valve seat insert (VSI) is discussed. Metallographic, microhardness map**, and...

   Congyue P. Qiao in Journal of Failure Analysis and Prevention

   Article 08 November 2023
   

4. Rolling Contact Fatigue and Thermal Spraying Technique

   With the booming development of the remanufacturing industry, the quality control and evaluation of remanufactured products have attracted much...

   Zhongyu Piao, Cong Ding, ... Zhenyu Zhou in Performance of Plasma Sprayed Coating

   Chapter 2024
   

5. Carbon nanotube films with ultrahigh thermal-shock and thermal-shock-fatigue resistance characterized by ultra-fast ascending shock testing

   The exploration of material failure behavior not only involves defining its limits and underlying mechanisms but also entails devising strategies for...

   Mingquan Zhu, Shijun Wang, ... Zhong Zhang in Nano Research

   Article 16 May 2024
   

6. Thermal Fatigue of Spheroidal Graphite Cast Iron

   Using high Si spheroidal graphite cast ironSpheroidal graphite cast iron (SGI), thermal fatigueThermal fatigue tests at a temperature of 600 ºC were...

   Primož Mrvar, Mitja Petrič, Milan Terčelj in TMS 2023 152nd Annual Meeting & Exhibition Supplemental Proceedings

   Conference paper 2023
   

7. Study of early-stage thermal fatigue behavior of Sn-based Cu-cored BGA solder joints

   Conventional solder joints were prone to remelting during multiple reflow packages, causing the chip and substrate to collapse and trigger a short...

   **g Han, Zhou Meng, ... Yishu Wang in Journal of Materials Science: Materials in Electronics

   Article 15 June 2023
   

8. Research on the Thermal Fatigue Mechanism of Laser Cladding IN625 Process on Ductile Iron

   The laser cladding technology has the advantages of a low dilution rate, green environmental protection, and a small heat-affected zone of the...

   Chang Li, Mingyang Zhang, ... **ng Han in International Journal of Metalcasting

   Article 07 January 2024
   

9. Investigation of Ti Content on Thermal Fatigue Behavior of Fe-25Mn-9Al-8Ni-1C Alloy

   Fe-25Mn-9Al-8Ni-1C- x Ti ( x = 0, 0.1, 0.2, 0.3, 0.4 wt.%) alloy was prepared by vacuum arc melting method, and the corresponding microstructure,...

   Fan Guo, Ya** Bai, ... Zibo He in Journal of Materials Engineering and Performance

   Article 12 June 2023
   

10. Simulation-based microstructural analysis of thermal–mechanical fatigue behavior in SiCp/A356 composites for brake disc applications

    This article presents a study on the fatigue damage behavior of SiCp/A356 composites in severe service conditions of brake discs. A representative...

    Jiajun Zang, Zhiyong Yang, ... Shanshan Ye in Journal of Materials Science

    Article 21 December 2023
    

11. Numerical Investigation on Thermal Fatigue Damage Mechanism of Head Structures in Aluminum Plate-Fin Heat Exchangers

    In order to ensure the structural safety of liquefied natural gas (LNG) aluminum plate-fin heat exchangers, a model is established to simulate the...

    Hongqiang Ma, Jiajun Wang, ... Ruixiang Ding in Journal of Materials Engineering and Performance

    Article 27 November 2023
    

12. Testing Corset Shape Specimens: the Best Method to Detect Thermal Fatigue of Items

    Abstract

    This article analyzes the results of thermocycle tests of corset specimens. Reasonability of studies of thermal fatigue of items by...

    S. P. Degtyareva, M. Yu. Balandina in Steel in Translation

    Article 01 April 2023

13. Studies of the Thermal Fatigue of Superalloys to Obtain Data to Calculate the Life of Parts

    Abstract —

    The reported results of studying the thermal fatigue of superalloys by the Coffin method are analyzed after varying the plastic deformation...

    S. P. Degtyareva, T. V. Prokhorova, D. A. Safronov in Russian Metallurgy (Metally)

    Article 01 December 2023
    

14. Method for Varying the Strain in a Thermal Fatigue Test Cycle for Corset Specimens

    Abstract —The published results on studying thermal fatigue using thermal cycling tests of flat corset specimens (specimens with continuous radius...

    S. P. Degtyareva, T. V. Prokhorova, E. F. Sidokhin in Russian Metallurgy (Metally)

    Article 01 December 2022
    

15. Fatigue (Cyclic Deformation) in Semiconductors

    WeakeningFatigue (cyclic deformation) of a material caused by cyclic loading resulting in structural damage leading to catastrophic failure is known...

    Joshua Pelleg in Mechanical Properties of Semiconductors

    Chapter 2024
    

16. Fatigue Life Prediction of Annular Thermoelectric Generators Under Thermal Cycling Load

    Under time-varying loads, thermoelectric devices are prone to failure due to fatigue accumulation. The fatigue life of annular thermoelectric...

    Shifa Fan, Yuanwen Gao in Journal of Electronic Materials

    Article 03 December 2022
    

17. Application of Scaled Specimens in Evaluating Thermal Fatigue Performance of Cylinder Head

    Cylinder head, which has a special geometric structure, is subjected to cyclic thermal loads during engine operation. In such a harsh environment,...

    H. Zhang, G. **e, ... J. Lei in Experimental Techniques

    Article 01 September 2022
    

18. Vertical Stress State Analysis and Fatigue Life Prediction of Thermal Barrier Coating Considering TGO with Nonuniform Thickness

    Thermal growth oxide (TGO) is produced when a thermal barrier coating (TBC) works, and the generated TGO is nonuniform at the peak and valley of the...

    Peng Guan, Jia-Rui Zhang, ... Tong Li in Journal of Thermal Spray Technology

    Article 21 June 2023
    

19. Extending Fatigue Life of NiTiHf Shape Memory Alloy Wires Through Rapid Thermal Annealing

    Two challenges facing high temperature shape memory alloys (HTSMAs) involve extending the actuation fatigue life and maximizing the actuator...

    Faith Gantz, Michael T. Wall, ... Drew J. Forbes in Shape Memory and Superelasticity

    Article 06 December 2022
    

20. Comparative Study on Thermal Fatigue Behavior of Two Hot Work Die Steels

    The thermal fatigue behavior of 5CrNiMoV and 5CrNiMoVNb steel was compared. The results show that length of the main thermal fatigue crack for...

    Zhiqiang Hu, Kaikun Wang in Metallography, Microstructure, and Analysis

    Article 27 May 2022