Building Methods

In a significant advancement for the materials science community, researchers have unveiled the crucial role that cooling medium temperature plays in shaping the microstructure of Ti65 alloy, a titanium alloy widely used in construction and aerospace

Recent research into nickel-based single crystal superalloys has unveiled significant insights that could reshape the construction and aerospace industries. The study, led by Xu Fuze from the School of Mechanical and Electrical Engineering at Central

Recent research into the microstructure of the third-generation single crystal superalloy DD9 has unveiled significant insights that could revolutionize the design and manufacturing of turbine blades, a critical component in aerospace and energy sect

Recent advancements in materials science are paving the way for significant innovations in the aviation industry, particularly with the introduction of the Ti2AlNb alloy. This cutting-edge material, explored in depth by a team at the State Key Labora

A recent study highlights significant advancements in the preparation processes for continuous fiber-reinforced ceramic matrix composites, a material gaining traction in high-performance applications across various industries, including construction.

As the aerospace industry pushes the boundaries of engine performance, a significant challenge looms: the rising turbine inlet temperatures in aero-engines. Traditional thermal barrier coatings (TBCs), designed to protect engine components from extre

In a groundbreaking advancement for the field of catalyst development, a team led by Aya Fujiwara from the Graduate School of Advanced Science and Technology at the Japan Advanced Institute of Science and Technology has proposed an innovative framewo

Recent research led by WANG Qingpeng from the Faculty of Aerospace Engineering at Shenyang Aerospace University has delved into the intricate behaviors of Inconel 617 superalloy, a material critical for high-temperature applications in industries inc

Recent research led by LI Linhan from the High Temperature Materials Research Institute at the Central Iron and Steel Research Institute Company Limited in Beijing has unveiled significant insights into the fatigue fracture mechanisms of the Ni-base

Recent advancements in materials science have unveiled crucial insights into the fatigue properties of DD6 single crystal superalloys, particularly in the context of aluminizing coatings. This research, led by DONG Jianmin from the Science and Techno