Technical investigations: Bull.1. Trial load method of analyzing arch dams. Bull.2. Slab analogy experiments. Bull.3. Model tests of Boulder Dam. Bull.4. Stress studies for Boulder Dam. Bull.5. Penstock analysis and stiffener design. Bull.6. Model tests of arch and cantilever elements

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Cement and concrete investigations: Bull.1. Thermal properties of concrete. Bull.2. Investigations of Portland cements. Bull.3. Cooling of concrete dams. Bull.4. Mass concrete investigations

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Cement and concrete investigations: Bull.1. Thermal properties of concrete. Bull.2. Investigations of Portland cements. Bull.3. Cooling of concrete dams. Bull.4. Mass concrete investigations

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Hydraulic investigations: Bull.1. Model studies of spillways. Bull.2. Model studies of penstocks and outlet works. Bull.3. Studies of crests for overfall dams. Bull.4. Model studies of Imperial Dam, desilting works, all-American canal structures

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Technical investigations: Bull.1. Trial load method of analyzing arch dams. Bull.2. Slab analogy experiments. Bull.3. Model tests of Boulder Dam. Bull.4. Stress studies for Boulder Dam. Bull.5. Penstock analysis and stiffener design. Bull.6. Model tests of arch and cantilever elements

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Boulder Canyon Project: Hydraulic investigations: Bull. 1. Model studies of spillways. Bull. 2. Model studies of penstocks and outlet works. Bull. 3. Studies of crests for overfall dams. Bull. 4. Model studies of Imperial Dam, desilting works, all-American canal structures

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Boulder Canyon Project: Technical investigations: Bull. 1. Trial load method of analyzing arch dams. Bull. 2. Slab analogy experiments. Bull. 3. Model tests of Boulder Dam. Bull. 4. Stress studies for Boulder Dam. Bull. 5. Penstock analysis and stiffener design. Bull. 6. Model tests of arch and cantilever elements

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Bibliography of Rivers and Harbors and Related Fields in Hydraulic Engineering

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Kokuritsu Kokkai Toshokan zosho mokuroku

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Kokuritsu Kokkai Toshokan zōsho mokuroku

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