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    Effect of interpass temperature on the structure and properties of multipass weldments in high performance nickel alloys

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    http://hdl.handle.net/10217/48167
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    Petro_colostate_0053A_10562.pdf (3.798Mb)
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    Abstract
    Nickel alloys comprise an important group of engineering materials which are used primarily for their exceptional resistance to corrosion and their ability to maintain good mechanical strength over a wide temperature range, (both low and high) in demanding industrial applications. Welding is a primary fabrication process for these alloys. It has been a generally accepted practice to maintain a maximum interpass temperature of 200°F or lower when multipass welding many nickel alloys to prevent defects such as cracking or loss of corrosion resistance. This practice has been based on recommendations ...
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    Author(s)
    Petro, John S., author; Smith, Frederick W., advisor; Sampath, Walajabad S., committee member; James, Susan P., committee member; DuChateau, Paul C., committee member; Klarstrom, Dwaine, committee member

    Date Issued
    2011
    Format
    born digital; doctoral dissertations
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    • 2000-2019
    • Theses and Dissertations

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