LAY LANGUAGE
Ceramic materials are used in several industrial applications, but their use is limited because of their brittle nature at room temperature. Purdue University researchers have developed a method to make them less brittle at room temperature or lower, making it possible to use ceramics in a wider range of applications.
PROBLEM
Ceramic materials are used as structural materials in industries like aerospace, transportation, energy and manufacturing. They are mechanically strong and chemically inert; resist wear and corrosion; insulate against heat and electricity; and are harder, and have higher melting points, than metals. They also are brittle at room temperature, which limits potential applications.
SOLUTION
Purdue University researchers have created a method that improves ceramic room-temperature plasticity, or ability to be formed into a specific shape or geometry. They introduce high-density defects into ceramics at high temperatures, which change the arrangement of atoms in a structure.
The method improves upon traditional methods used to improve ceramic plasticity. It has been tested and validated on various ceramics of different dimensions in a laboratory setting.
PRIMARY INVESTIGATORS
Haiyan Wang and Xinghang Zhang, College of Engineering
IN THE MEDIA
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INVENTION DISCLOSURE
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LICENSING CONTACTS
Email: otcip@prf.org
MEDIA CONTACT
Email: Steve Martin // sgmartin@prf.org
The Convergence Center for Innovation and Collaboration 101 Foundry Dr, West Lafayette, IN 47906, 765-588-3470
Trouble with this page? Please contact Purdue Research Foundation by Phone, 765-588-3470, or FAX, 765-463-3501.