Development of Partially Volatile Brazing Filler Alloys for High-temperature Application and Resistance to Oxidation PDF Download
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Author: Nikolajs Bredzs Publisher: ISBN: Category : Alloys Languages : en Pages : 68
Book Description
The mechanical properties and the resistance to oxidation were determined for 304 stainless steel joints brazed with 61% Ni-39% In, 65% Ni-17% Cr-9% In-9% Si, 33% Ni-33% Cr-17% In-17% Ge, and 35% N-24% Cr-26% In-15% Ge filler alloys. The special technique developed for brazing these joints involved: (1) a method of preparation of the alloy so that a homogeneous and desired composition was available to fill the joint capillary, and (2) a method of volatilizing the melting point depressant which avoided the difficulty of boiling, while still obtaining sufficient volatilization to provide the required higher remelt temperature and good high-temperature properties. The highest shear strength was exhibited by the 65% Ni-17% Cr-9% Si alloy. The oxidation resistance of all joints was excellent. Joints brazed with the 61% Ni-39% In alloy showed considerable signs of oxidation after exposure to the open air for 500 hr at 1600 F. (Author).
Author: Nikolajs Bredzs Publisher: ISBN: Category : Alloys Languages : en Pages : 68
Book Description
The mechanical properties and the resistance to oxidation were determined for 304 stainless steel joints brazed with 61% Ni-39% In, 65% Ni-17% Cr-9% In-9% Si, 33% Ni-33% Cr-17% In-17% Ge, and 35% N-24% Cr-26% In-15% Ge filler alloys. The special technique developed for brazing these joints involved: (1) a method of preparation of the alloy so that a homogeneous and desired composition was available to fill the joint capillary, and (2) a method of volatilizing the melting point depressant which avoided the difficulty of boiling, while still obtaining sufficient volatilization to provide the required higher remelt temperature and good high-temperature properties. The highest shear strength was exhibited by the 65% Ni-17% Cr-9% Si alloy. The oxidation resistance of all joints was excellent. Joints brazed with the 61% Ni-39% In alloy showed considerable signs of oxidation after exposure to the open air for 500 hr at 1600 F. (Author).
Author: Air Force Materials Laboratory (U.S.) Publisher: ISBN: Category : Materials Languages : en Pages : 294
Book Description
Technical reports published by the Air Force Materials Laboratoy during the period 1 July 1962 - 30 June 1963 are abstracted herein. Reports on reseqrch conducted by the Air Force Materials Laboratory personnel as well as that conducted on contract are included. These reports cover basic and applied research in the materials area being conducted by the Metals and Ceramics Division, Non-metallic Materials Division, Materials Physics Division, Manufacturing Technology Division, and Materials Applications Division of the Air Force Materials Laboratory.
Author: Donna J. Tate Publisher: ISBN: Category : Materials Languages : en Pages : 198
Book Description
These reports cover basic and applied research in the materials area being conducted by the Metals and Ceramics, Non-Metallic Materials, Physics and Applications Laboratories of the Materials Central.
Author: Nikolajs Bredzs
Author: Nikolajs Bredzs
Author: Armour Research Foundation (U.S.)
Author: Nikolajs.. Bredzs
Author: H. E. Pattee
Author: United States. Wright Air Development Division
Author: 
Author: Air Force Materials Laboratory (U.S.)
Author: United States. National Aeronautics and Space Administration
Author: United States. National Aeronautics and Space Administration
Author: Donna J. Tate