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Posted on October 1, 2008 by admin • 0 Comments

SFTC has been awarded an SBIR project by the U.S. Air Force on Modeling Spin Testing using location specific material properties. Continue Reading

Posted on September 22, 2008 by admin • 0 Comments

DEFORM News Fall 2008: Coupled die stress analysis is required from time to time to detect mid-stroke tooling failures. A case of a piston punch is described in this issue. … Continue Reading

Posted on June 20, 2008 by admin • 0 Comments

DEFORM-News-Summer-2008: White layer in machining is discussed. This is a very sophisticated application of microstructure analysis to a machining simulation. The results matched experimental data with excellent correlation. Continue Reading

Posted on May 13, 2008 by admin • 0 Comments

SFTC has been awarded an SBIR and STTR project by the U.S. Air Force and U.S. Navy to continue microstructure development for aluminum and nickel alloys. Continue Reading

Posted on March 20, 2008 by admin • 0 Comments

DEFORM-News-Spring-2008: After years of development, a practical ring rolling simulation capability is available in DEFORM. A summary of the current capabilities is the focus of this issue. Continue Reading

Posted on December 30, 2007 by admin • 0 Comments

DEFORM-3D has been released for ring rolling simulations. Continue Reading

Posted on September 23, 2007 by admin • 0 Comments

DEFORM News Fall 2007: SFTC has moved to a new office building in Columbus, Ohio. Recent developments in parallel computing are discussed – including the ability to simulate large deformation… Continue Reading

Posted on September 12, 2007 by admin • 0 Comments

Scientific Forming Technologies has moved to our new office building. Continue Reading

Posted on June 21, 2007 by admin • 0 Comments

DEFORM News Summer 2007: Recent developments in rolling simulations are summarized. Continue Reading

Posted on March 20, 2007 by admin • 0 Comments

DEFORM News Spring 2007: Microstructure prediction has been a high priority development priority for years. An example of CA microstructure prediction is discussed. Continue Reading