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Titanium alloys are widely used in many domains due to their excellent high specific strength and corrosion resistance. Stress plays a very important role in the application of titanium alloys. In order to shed light on the titanium alloys corrosion mechanisms under varying stress conditions, this paper first reviewed the impact of elastic and plastic stress on the corrosion behavior of titanium alloys. And then reviewed the influence of stress caused by surface treatment, such as laser welding, laser strengthening, and ultrasonic surface treatment, on corrosion behavior. Finally reviewed the effect of factors, including temperature, pH value, oxygen content and alloying elements, on titanium alloys corrosion behavior with stress. Hope this work demonstrated clearly that the corrosion mechanism of titanium alloy with various stress, and offering valuable support for future research and applications. [ABSTRACT FROM AUTHOR]

[Display omitted] • The oxidation mechanism and the influencing factors of EOPs are systematically presented. • The advantages and limitations of commonly used anode materials and their evaluation criteria and systems are reviewed. • The key challenges of EOPs in theoretical research and practical application are analyzed. • Perspective and suggestions for the future development of EOPs are proposed. Compared with conventional wastewater treatment processes, electrochemical oxidation processes (EOPs) can remove hazardous substances from wastewater more efficiently and without pollution. With the rapid development of green power technology, there are more development prospects for EOPs in wastewater treatment. In recent years, research related to EOPs in the field of wastewater treatment has flourished, numerous researchers have reviewed the last advances. However, the key challenges and future directions of EOPs in the context of carbon neutrality are still under-analyzed. In this review, we first summarize the oxidation mechanism and various control factors of EOPs. Then, we discuss the current development status of current and emerging electrode materials, and summarize their commonly used evaluation criteria and systems. Finally, based on the above review, we analyze the key challenges faced by EOPs in theoretical research and practical applications, and propose potential directions for the development of EOPs in wastewater treatment to meet the growing demand for carbon neutrality. We believe that this review will offer crucial guidance and reference to enhance the application and dissemination of EOPs in organic wastewater treatment. [ABSTRACT FROM AUTHOR]