A examine led by scientists from Metropolis College of Hong Kong (CityU) has efficiently developed a super-strong, extremely ductile and super-light titanium-based alloy utilizing additive manufacturing, generally often known as 3D printing. Their findings open up a brand new pathway to design alloys with unprecedented constructions and properties for numerous structural purposes.
The analysis staff was led by Professor Liu Chain-Tsuan, College Distinguished Professor within the School of Engineering and Senior Fellow of CityU’s Hong Kong Institute for Superior Research (HKIAS). Dr. Zhang Tianlong, a postdoc within the Division of Supplies Science and Engineering (MSE), carried out the experiments. Their paper, to which President Approach Kuo of CityU additionally contributed, was revealed not too long ago within the prestigious scientific journal Science, titled “In situ design of superior titanium alloy with focus modulations by additive manufacturing.”
3D printing: Not only a shaping expertise
Most individuals contemplate 3D printing as a revolutionary expertise that may produce machine components with advanced shapes inside only one step. “Nevertheless, we unveiled