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Just Published: Finite Element Creep-Fatigue Analysis of a Welded Furnace Roll for Identifying Failure Root

By Darlene Kerr on Wednesday, December 23rd, 2015


EWI principal engineers Yu-Ping Yang and Bill Mohr were published in the November issue of the Journal of Materials Engineering & Technology.  

In “Finite Element Creep-Fatigue Analysis of a Welded Furnace Roll for Identifying Failure Root,” the authors focus  on preventing the failure of engineering components operating under high temperature and cyclic loading.  Finite element analyses, including a heat transfer analysis and a creep-fatigue analysis, was conducted to model the cyclic thermal and mechanical process of a furnace roll in a continuous hot-dip coating line.  The results are discussed in the article.

 

Yu-Ping Yang

Yu-Ping Yang

Bill Mohr

Bill Mohr

 

The article is available for purchase from Springer.  EWI Members may request a copy of the article by contacting the EWI Research Library through the Members Only Login.

 

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