Experimental Stress Analysis of Egcr Pressure Vessel. Part 1. Experimental Determination of Stresses in Model. Part 2. Interpretation of Experimental Results and Examination for Structural Intergity

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Structural evaluations of the upper head of the EGCR pressure vessel were made. The configuration throughout the cluster region in the vessel was found to be structurally adequate. The primary and primary-plus-secondary stress intensities for the burst-slug detection and gas outlet nozzles were found to be within the allowable limits. However, the complete design evaluations of these units cannot be made until the temperature distributions are known. (auth)

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Pages: 279

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Holland, R. W.; Maxwell, R. L.; Witt, F. J.; Shobe, L. R.; Greenstreet, B. L.; LaVerne, M. E. et al. November 28, 1961.

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Structural evaluations of the upper head of the EGCR pressure vessel were made. The configuration throughout the cluster region in the vessel was found to be structurally adequate. The primary and primary-plus-secondary stress intensities for the burst-slug detection and gas outlet nozzles were found to be within the allowable limits. However, the complete design evaluations of these units cannot be made until the temperature distributions are known. (auth)

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Pages: 279

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Other Information: Orig. Receipt Date: 31-DEC-62

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  • November 28, 1961

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Holland, R. W.; Maxwell, R. L.; Witt, F. J.; Shobe, L. R.; Greenstreet, B. L.; LaVerne, M. E. et al. Experimental Stress Analysis of Egcr Pressure Vessel. Part 1. Experimental Determination of Stresses in Model. Part 2. Interpretation of Experimental Results and Examination for Structural Intergity, report, November 28, 1961; Tennessee. (https://digital.library.unt.edu/ark:/67531/metadc1054670/: accessed December 12, 2025), University of North Texas Libraries, UNT Digital Library, https://digital.library.unt.edu; crediting UNT Libraries Government Documents Department.

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