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High-strength reinforcing wire in prestressed reinforced-concrete elements
Conclusion The development of the research department with respect to compression systems have found use in technology of compressing reinforced-concrete, high-pressure vessels, but their wide introduction into hydrotechnical construction is being held up in view of the small use of prestressed elements in hydraulic engineering, although the use of preliminary compression for members working in tension or bending from external effects is unconditionally expedient economically and technically substantiated. For example, the replacement of the concrete-encased steel construction of the pipelines of pumped-storage stations presently being realized by a prestressed construction saves up to 2000 tons of metal on each pipeline.
High-strength reinforcing wire in prestressed reinforced-concrete elements
Conclusion The development of the research department with respect to compression systems have found use in technology of compressing reinforced-concrete, high-pressure vessels, but their wide introduction into hydrotechnical construction is being held up in view of the small use of prestressed elements in hydraulic engineering, although the use of preliminary compression for members working in tension or bending from external effects is unconditionally expedient economically and technically substantiated. For example, the replacement of the concrete-encased steel construction of the pipelines of pumped-storage stations presently being realized by a prestressed construction saves up to 2000 tons of metal on each pipeline.
High-strength reinforcing wire in prestressed reinforced-concrete elements
Yudina, N. V. (author) / Mamedov, T. I. (author) / Piksaev, V. A. (author)
Hydrotechnical Construction ; 22 ; 230-234
1988-04-01
5 pages
Article (Journal)
Electronic Resource
English
High-strength reinforcing wire in prestressed reinforced-concrete elements
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