Spark Plasma Joining of Ceramics and Composites

Technology #ua11-127

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Categories
Researchers
Erica Corral
Assistant Professor, Materials Science & Engineering
William Pinc
Postdoctoral Research Associate I, Materials Science & Engineering
Luke Walker
Postdoctoral Research Associate II, Materials Science & Engineering
Zachary Wing
Director, Research
Managed By
Robert Sleeper
Licensing Manager (520) 626-4604

Title: Spark Plasma Joining of Ceramics and Composites

 

Invention: This invention is a method for joining complicated high temperature ceramic parts with spark plasma and without the use of flux or foreign material and creating a homogeneous juntction.

 

Background: Advanced technologies like hypersonic vehicles, turbine engines, and nuclear devices often require materials capable of withstanding extreme temperatures. Ultra-high temperature ceramics have the capability to survive extreme environments and this invention allows the joining of specialized ceramic parts that otherwise would be difficult to manufacture.

 

Applications:

  • turbines, hypersonic surfaces
  • High temperature Ceramic devices

 

Advantages:

  • Homogeneous junction between 2 ceramic parts
  • Complex shapes can be made from separate pieces
  • Allows high temperature ceramics to be joined for the first time

 

Licensing Manager:

Robert Sleeper

RobertS@tla.arizona.edu

(520) 626-4604