• adhesive joint
• composite materials
• thermal cycling
• thermal oxidation
• titanium

In the field of aero-engine applications, the integration and the synergy of titanium and composite materials stand as an innovative area of study. In this investigation, we examine the characterization of damage onset within the adhesive joints in the interface between the two materials and explore the consequential effects of the environmental and the particular conditions these material suffer from. As the demand for high-performance aircraft components continues to increase, through tests and analysis, this study aims to clarify the behaviors of these materials under varying thermal conditions, revealing potential advancements in durability and performance within the aerospace industry.