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Mechanism for electric field effects during sintering 

Mechanism for electric field effects during sintering   

Hans Conrad at North Carolina State University in recent years has been studying how AC or DC fields applied during sintering reduce processing temperatures necessary for elimination of porosity, while simultaneously reducing grain growth.

 

Now he weighs-in on what the possible mechanisms might be that explain the suppression of grain growth. [More]
Materials football game of the week: Auburn U. versus Clemson U. 

Materials football game of the week: Auburn U. vs. Clemson U.    

Saturday's Auburn and Clemson game is a contest between brother schools with a family resemblance and some shared heritage. Both universities are public institutions in the Deep South with about 25,000 students, have tiger mascots and main administration buildings designed by the same architect.


Clemson's engineers can claim credit for the football program. Back in 1896, engineering professor (and Auburn alum), Walter Riggs, was recruited by students to coach the first team. As a mechanical and electrical engineer, Riggs would have felt quite at home in the department of materials science and engineering. Seniors are required to enroll in a faculty research group experience for credit, and in their senior design course, students divide into two or three teams and compete with each other to solve the same problem (from an industrial partner of the school).

  

Auburn engineering students in their senior year also know what head-to-head competition is all about. A two-course sequence guides them through a "construction" exercise and a "deconstruction" exercise. In the fall materials property and selection course, students go through the steps of making a product. In the spring, the senior design course is structured as a mock court case where students study a failed component and half the students represent the "defendant," and the other half the "plaintiff."

 

Eileen is 0-1, so far. Will her predictions improve? [More]

Solyndra, redux: It wasn't ready for prime time? 

Solyndra: Wasn't ready for prime time?       

The finanicial scandal involving the California photovoltaics company with the nifty CIGs tubular assembly gets messier every day, and now at least three investigations have been launched.

 

Republicans on the House Energy and Commerce Committee released the findings of a seven-month investigation into support for Solyndra and questioned two administration officials about White House support. Emails from the OMB raise even more questions.

Meanwhile, the FBI and the DOE's Inspector General's continue their separate investigations, and yet a third investigation - this time by the Treasury Department's inspector general - has been announced. [More]

Other materials stories that may be of interest

Global support for nuclear energy drops after Fukushima

Quantum behavior with a flash: Pulsed quantum optomechanics

Europeans reignite fusion energy project: The test of a new lining that can take the heat of fusion could be crucial for a planned reactor in France

High-tech demand sparks return of cobalt mines

Collaboration puts Sandia hydrogen program on global track

University of Florida creates Engineering Innovation Institute, names first director; holding Engineering Innovation Summit Sept. 16

Nanoparticles and the interesting things they can accomplish in Bragg mirrors
And, in case you missed these recent posts . . .

NSF doubles its investment in Yale-Southern Conn. State University MRSEC enterprise

NASA shuttle tiles and space food available to schools and universities

New rules of engagement for universities leveraging IP assets?

Ceramics and glass business news of the week
Sep. 16, 2011

short courses


Materials Challenges for Alternative and Renewable Energy 2012


MS&T 2011 & ACerS Annual Meeting


New ceramicSource online product-services directory

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