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  Sr. No. Topic / Subtopic No of Lectures Text Book/ Ref. Book Faculty 1. Stresses in pressure vessel, stress categories, stress intensities, design of shell and tube under external and internal pressure 6 1,4,5 2. design of formed head, reinforcement required for openings, weld joint categories and weld design for  pressure vessel, layered vessel 8 2,3,4 3. Design of pressure vessel components such as shell, heads, nozzles, flanges as per ASME & IS codes 8 2,3,4 4. Design of externally pressurized vessels, tall vertical vessels while considering various loadings such as internal pressure, external pressure, wind load, seismic load, snow load , etc and combined load, design of support for vertical & horizontal vessels. 8 2,3,4 5. Fatigue of various components of pressure vessels 6 4,5,6,9 6. Piping Elements, materials used for piping, pipe size techniques, stresses in pipe, thermal stresses in pipe,  pipe support design, stress analysis in piping, and Dynamic analysis of piping 6 7,8

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  • Sr.

    No. Topic / Subtopic

    No of

    Lectures

    Text

    Book/ Ref.

    Book

    Faculty

    1. Stresses in pressure vessel, stress categories, stress

    intensities, design of shell and tube under external

    and internal pressure

    6 1,4,5

    2. design of formed head, reinforcement required for

    openings, weld joint categories and weld design for

    pressure vessel, layered vessel

    8 2,3,4

    3. Design of pressure vessel components such as shell,

    heads, nozzles, flanges as per ASME & IS codes 8 2,3,4

    4. Design of externally pressurized vessels, tall vertical

    vessels while considering various loadings such as

    internal pressure, external pressure, wind load,

    seismic load, snow load , etc and combined load,

    design of support for vertical & horizontal vessels.

    8 2,3,4

    5. Fatigue of various components of pressure vessels 6 4,5,6,9

    6. Piping Elements, materials used for piping, pipe size

    techniques, stresses in pipe, thermal stresses in pipe,

    pipe support design, stress analysis in piping, and

    Dynamic analysis of piping

    6 7,8