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Your search keyword '"William T. Li"' showing total 2 results
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2 results on '"William T. Li"'

1. Authors

Author

Lance J. Agee, M. P. Paulsen, E. D. Hughes, K. R. Katsma, Clayton S. Miller, James Robert White, Richard D. Hentzen, Yoshinori Naruko, Toshihisa Ishida, Yoshimi Tanaka, Yoshiaki Futamura, A. A. Farooq Ansari, Kevin J. Burns, Douglas K. Beller, Quazi A. Haque, Stephen P. Schultz, Mario V. Bonaca, Albert Gharakhani, Richard W. Sterner, Jason Chao, V. K. (Bindi) Chexal, William H. Layman, David A. Rautmann, Craig E. Peterson, Larry W. Cress, Salvador Ranatza, T. Gary Broughton, N. G. Trikouros, Karel L. Papez, Daniel H. Risher, Michael E. Garrett, Samuel L. Forkner, T. A. Keys, George W. Perry, M. Wesley Waddell, Karl Hornyik, Joseph A. Naser, Neil M. Howard, Mitchell J. Krasnopoler, Lawrence A. Casper, Arvid M. Jensen, Kendall G. Magill, Penny M. Wikoff, William T. Li, Ching L. Wu, Osvaldo Fiorella, Manlio Mangia, and Elio Oliveri

Subjects
Nuclear and High Energy Physics, Nuclear Energy and Engineering, Condensed Matter Physics
Published
1983
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2. Analysis of Creep for Nuclear Waste Storage in a Salt Formation

Author

William T. Li and Ching L. Wu

Subjects
Nuclear and High Energy Physics, geography, geography.geographical_feature_category, Waste management, 020209 energy, Analytical technique, Radioactive waste, 02 engineering and technology, Condensed Matter Physics, 020303 mechanical engineering & transports, 0203 mechanical engineering, Nuclear Energy and Engineering, Geological formation, Creep, Rock mechanics, 0202 electrical engineering, electronic engineering, information engineering, Environmental science, Nuclear waste storage, Salt formation, Waste disposal
Abstract

One of the methods of radioactive waste management that is receiving considerable attention today is the storage of nuclear waste in geological formations. At present, the geological formation for storage that appears most desirable is the rock salt formation. Although no historical data are available to judge the long-term structural adequacy of such storage in salt, current technology makes it feasible to analyze and design the structure and make reasonable predictions about its performance. It is possible to demonstrate such an analytical technique and to predict the structural behavior of the salt during the operating life of the facility.

Published
1983
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