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Edison Welding Institute

Bend tests were performed on friction stir welded samples and examples of the bend specimens for a-Ti and Ti-6-4 samples are shown in Figure 3. As seen here these samples could be bent without fracture. The Ti-6-4 specimen was friction stir welded at the Edison Welding Institute [2] whereas the a-Ti specimen was friction stir welded the University of South Carolina. The photograph showing the bend specimen for a-Ti is a doublepass weld in a 6.4 mm thick specimen. [Pg.396]

Fig. 13.27 The Edison Welding Institute used a combination of friction stir welding, gas metal arc welding, (GMAW), and hybrid ° laser welding to fabricate this demonstration article from thick-section titanium plates. Friction stir welding was used... Fig. 13.27 The Edison Welding Institute used a combination of friction stir welding, gas metal arc welding, (GMAW), and hybrid ° laser welding to fabricate this demonstration article from thick-section titanium plates. Friction stir welding was used...
EDISON WELDING INSTITUTE 1250 Arthur E. Adams Drive, Columbus OH 43210, (614) 688-5000. Extensive research and development of joining processes, including adhesive bonding. Applications laboratory and consulting. Testing and analysis. [Pg.42]

Navy Joining Center 1100 Kinnear Road, Columbus OH 43212, (614) 486-9243. Works partly in conjunction with Edison Welding Institute. [Pg.53]

Institute of Advanced Manufacturing Sciences Edison Industrial Systems Center Edison Welding Institute Cleveland Advanced Manufacturing Program... [Pg.33]

Inertia Welding, Edison Welding Institute, J. Gould Ni-base (Hastelloy X) to Ta-based (T-111) Good bonding when both materials deform... [Pg.278]

Bechtel - Bettis Atomic Power Laboratory Edison Welding Institute Hamilton Sundstrand... [Pg.285]

Inertia (friction) welding, a solid state joining method, has been used to join refractory metal alloys to Ni-base superalloys at the Edison Welding Institute (EWI). Successful material combinations of Mo-47.5Re or T-111 to Mar M-247 or Hastelloy X were joined in air with no adverse effects. However, detrimental metallurgical issues found in these joints included the production of small Interdiffusion layers and intergranular cracking. A complete record of the results can be found in Reference 9- 82. [Pg.424]

Bruce, W.A., Li, V., Citterberg, R., Wang, Y.-Y., Chen, Y., July 2001. Improved Cooling Rate Model for Welding on In-service Pipehnes. PRCI Contract No. PR-185—9633, EWI Project No. 42508CAP. Edison Welding Institute, Columbus, OH. [Pg.77]

Cola, M.J., Kiefiier, J.F., Fischer, R.D., Jones, D.J., Bruce, W.A., July 1992. Development of simplified weld cooling rate models for in-service gas pipelines. In Project Report No. J7134 to A.G.A. Pipeline Research Committee. Edison Welding Institute, Kiefner and Associates and BatteUe Columbus Division, Columbus, OH. [Pg.78]

Jaske, C.E., Hart, B.O., Bruce, W.A., August 8,2006. Pipeline repair manual. In Final Report to Pipeline Research Council International, Inc., Contract PR-186—0324. DNV/CC Technologies, Inc. and Edison Welding Institute. [Pg.78]

Marc St. John and Sean Flowers Edison Welding Institute... [Pg.2233]

See other pages where Edison Welding Institute is mentioned: [Pg.350]    [Pg.350]    [Pg.350]    [Pg.294]    [Pg.296]    [Pg.298]    [Pg.638]    [Pg.655]    [Pg.277]    [Pg.255]    [Pg.73]    [Pg.261]    [Pg.3138]   
See also in sourсe #XX -- [ Pg.638 ]



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