求翻译成英文。

求翻译成英文。

This design properties for the design of the hydraulic structures, including the construction of the main gate partially stabilized and structural design, as well as the Chamber floor and other major components of the design. The first combined with the Water Conservancy and other expertise, the theory of practice and walkthrough of professional design. Item's bean sluice gate as a single irrigation, after years of running exposed many problems, this time to redesign, the gate to irrigation into design flows to sluice, 1.5m3/s, floor elevation is 35.5m, instead people electric water-cooled screw headstock, according to a new level design: 8m dike width, slope coefficient 1: 3, Dyke Crest elevation 41.78m. This article describes the main gate of design and computation process, was the first to be designed, sluice layout calculation buildings main dimensions or according to the code value, and then on the main buildings for stability analysis, structure calculation, as well as the concrete floor. These include the following sections 1. Hole design 2. Energy design 3. Impervious drainage design 4. Chamber's layout and stability analysis of 5. Floor structure calculation

Summary
Nature of the design of hydraulic structures design, including construction of part of the main gate stability and structural design, as well as chamber floor gate designs for major components. In combination the first time under the guidance of the teacher learned professional hydraulic hydraulics knowledge of theory into practice and to pay the exercise of professional design.
Items at home as a single-hole beans irrigation sluice gate, after years of running a lot of problems, the right of re-design of the gates for irrigation intake, design flow of 1.5m3 / s, gate floor elevation is 35.5m, change employing dual-use screw-type electric hoist, fortified by the new standard design: crest width of 8m, 1:3 slope factor, crest elevation 41.78m.
This article discusses the main design of the gate and the calculation process, the first design layout of the gates to calculate the main building size or value according to specifications, then the stability analysis of the main buildings, structural calculation, and the gate bottom reinforcement calculation .
Specifically includes the following sections
1. Orifice design
2. Design of energy dissipation
3. Seepage control and drainage design
4. Chamber arrangement and stability analysis
5. Sluice base structure calculation

Nature of the design of hydraulic structures design, including construction of part of the main gate stability and structural design, as well as chamber floor gate designs for major components. In combination the first time under the guidance of the teacher learned professional hydraulic hydraulics knowledge of theory into practice and to pay the exercise of professional design.
Items at home as a single-hole beans irrigation sluice gate, after years of running a lot of problems, the right of re-design of the gates for irrigation intake, design flow of 1.5m3 / s, gate floor height is 35.5m, change employing dual-use screw-type electric hoist, fortified by the new standard design: crest width of 8m, 1:3 slope factor, crest elevation 41.78m.
This article discusses the main design of the gate and the calculation process, the first design layout of the gates to calculate the main building size or value according to specifications, then the stability analysis of the main buildings, structural calculation, and the gate bottom reinforcement calculation .
Specifically includes the following sections
1. Orifice design
2. Design of energy dissipation
3. Seepage control and drainage design
4. Chamber arrangement and stability analysis
5. Sluice base structure calculation
Keywords: design structure stability

Nature of the design of hydraulic structures design, including construction of part of the main gate stability and structural design, as well as chamber floor gate designs for major components. In combination the first time under the guidance of the teacher learned professional hydraulic hydraulics knowledge of theory into practice and to pay the exercise of professional design.
Items at home as a single-hole beans irrigation sluice gate, after years of running a lot of problems, the right of re-design of the gates for irrigation intake, design flow of 1.5m3 / s, gate floor height is 35.5m, change employing dual-use screw-type electric hoist, fortified by the new standard design: crest width of 8m, 1:3 slope factor, crest elevation 41.78m.
This article focuses on the design of the main gate and the calculation process, the first design layout of the gates to calculate the main building size or according to specification values, then the stability of buildings on the main analysis, structure calculation, and the gate bottom reinforcement calculation .
Specifically includes the following sections
1. Orifice design
2. Design of energy dissipation
3. Seepage control and drainage design
4. Chamber arrangement and stability analysis
5. Sluice base structure calculation