Page 5 - MatEngNews-Vol1_Issue1
P. 5






    Enabling Aerospace Success through Materials Technology and Service Excellence      Vol. 1 Issue 1  Page 5



                                      Spotlight: Tayler Fulton, Engineer I

    Didgeridoo!  Guess who plays the didgeridoo?  Our newest employee in Phoenix
  Component Investigations, Tayler Fulton.  She recently graduated from ASU with
       a BSE in materials science.  She interned at NASA (at Marshall AND Langley)
       where she gained experience characterizing and measuring composite bond
         strength.  She enjoys jigsaw puzzles, taking her puppy to the dog park, and
    playing the didg!  She grew up in Wisconsin, loves that her job is essentially CSI
       for airplanes and turbine engines, and aspires to own a horse ranch property

                                               populated with dogs.  OOO0oooooo!
                     {some might be fictitious, you get to figure out which are true!}
                                                       Welcome to MatEng, Tayler!

       FUNFACT

                                             Did you know that the original Arizona State University
                                             Sun Devil cartoon was believed to have been created by a
                                             former Disney artist who modeled the Devil's features
                                             after his old boss (Walt Disney!) Here’s a side-by-side.
                                             What do you think?












     A new patent invented by a collaborative MatEng team!


     Title: METHODS FOR FABRICATING GAS TURBINE ENGINE COMPONENTS
     USING A STEPPED TRANSIENT LIQUID PHASE JOINING PROCESS
     Inventors: Mittendorf Donald, Gatto Christopher, Lara Leticia  , Kemp Megan  , Szuromi Andy F


     US Patent 9914182: Methods For Fabricating Gas Turbine Engine Components Using A Stepped Transient Liquid
     Phase Joining Process, was granted to a Honeywell team (Mittendorf, Gatto, Lara, Kemp, Szuromi).  It is used in the
     joining of parts to achieve maximum diffusion of low melting point elements and homogenization of bonds without re-
     melting the joint or substrate material.   The goal of using this method is to match parent material properties,
     especially at high temperatures, and composition as closely as possible in the finished article after joining.


  Honeywell Internal                                                                                       5
   1   2   3   4   5   6