Hydraulic Concrete Structure Design Manual

Author: Zhou Shi
Publisher:
Publish Date: 1999-01-01
Features: This manual is divided into two parts, comprising a total of twenty-four chapters. The first part, titled "Design of Hydraulic Concrete Structure Members," is written according to the newly promulgated "Code for Design of Hydraulic Concrete Structures" (SL/T191-96) and (DL/T5057-1996). It consists of fourteen chapters and primarily includes: the fundamental properties of concrete materials, basic design provisions for hydraulic concrete structures, calculation formulas, practical calculation charts, and reinforcement specifications for various members of plain concrete, reinforced concrete, and prestressed concrete structures, such as bearing capacity, crack width, and deflection. Additionally, it covers the design calculations for members and members, seismic design of reinforced concrete structure members, temperature effects on hydraulic concrete structures, reinforcement methods for non-beam structures based on elastic stress distribution, and nonlinear finite element analysis methods for reinforced concrete. It also includes the design and construction of embedded elements and supports, as well as the design of reinforced concrete corbels and foundations.
The second part, titled "Internal Force Calculation of Structural Members," consists of ten chapters, listing commonly used mathematical and mechanical calculation formulas and load data. It provides internal force calculation charts for beams, slabs, frames, portals, and arches, as well as elastic theoretical calculation formulas and charts for common structures such as reservoirs, aqueducts, culverts, openings, and deep beams, along with elastic foundation beam formulas and charts.
This manual is characterized by its up-to-date technical standards, rich content, comprehensive charts, equal emphasis on calculations and construction, and inclusion of calculation examples. It is the only hydraulic concrete structure design manual in China and serves as a reference tool for technical personnel engaged in the design and construction of water conservancy and hydropower engineering structures. It is also valuable for researchers, managers, and students of water conservancy and hydropower in technical colleges and universities.