Dike project design

Code for Design of Embankment Engineering (GB50286-2013)

This is the latest specification. The original Code for Design of Embankment Engineering (98) has been invalidated. The new specification was implemented on May 1, 2013, and we hope you can use it!!

Code for Design of Embankment Engineering GB50286-2013

The paper contains the grade and design standard of dike works, basic data, dike line layout and dike type selection, etc

Design and Construction of Zhixi River Embankment Project in Pengxi County

Adhere to the principle of seeking truth from facts, organize construction according to our comprehensive construction production capacity, adhere to scientific organization and reasonable arrangement, and ensure that the project construction is completed with high speed, efficiency and quality.

98 Dike Code - Code for Design of Dike Engineering (GB50286-98)

The current Code for Design of Embankment Engineering (GB50286-2013) and Code 98 have some modifications. Comparing the similarities and differences between the two codes is conducive to understanding and learning.

Experience and thinking of urban dike engineering design

In the construction of levees, the construction and reinforcement of urban levees account for a considerable proportion. The construction of urban embankment projects cannot be completely separated from the overall urban construction. In participating in the dike design of coastal cities and inland cities, the author encountered

Design of Beichuan River Embankment Project

Combined with the determination of river width for regulation and bank protection design of Beichuan River embankment project, the design of river embankment project is introduced in detail for reference.

Code for Design of Embankment Engineering GB50286-98

Code for Design of Embankment Engineering GB50286-98

GB50286-2013 Code for Design of Embankment Engineering

This data is GB50286-2013 Code for Design of Embankment Engineering, which is detailed and can be used for reference.

GB50286-2013 Code for Design of Embankment Engineering

GB50286-2013 Code for Design of Embankment Engineering GB50286-2013 Code for Design of Embankment Engineering GB50286-2013 Code for Design of Embankment Engineering

50286-1998 Code for Design of Embankment Engineering

50286-1998 Code for Design of Embankment Engineering 50286-1998 Code for Design of Embankment Engineering

GB50286-2013 Code for Design of Embankment Engineering

GB50286-2013 Code for Design of Embankment Engineering

Code for Design of Embankment Engineering GB 50286-2013

Code for Design of Embankment Engineering GB 50286-2013.pdf, which needs to be downloaded

GB 50286-2013 Code for Design of Embankment Engineering

This document is: GB 50286-2013 Code for Design of Embankment Engineering, which includes: 1 General principles, 2 Terminology, 3 Levels and design standards of embankment engineering, 4 Basic data, 5 Dike line layout and selection of embankment type, 6 Dike foundation treatment, 7 Dike body design, 8 Revetment engineering design, 9 Dike stability calculation, 10 Dikes and various buildings

The latest GB 50286-2013 Code for Design of Embankment Engineering

The latest GB 50286-2013 Code for Design of Embankment Engineering is detailed and rich, which can be downloaded by netizens.

Design Scheme of Dadi Bank Protection Project in a County with B Section of Yangtze River Embankment Concealed Works

The dry season of this reach is from December to February of the next year. The influence of water level, velocity and wind speed shall be comprehensively considered. The best construction period of revetment works is from December to April of the next year.

Qualification Standards for Engineering Design (Full Text)

Qualification Standards for Engineering Design (Full Text)

Air conditioning engineering design training handout

Part I Relevant problems to be mastered in air conditioning system design Part II Contents to be included in scheme design and construction drawing design Part III Selection of duct fans and air conditioning system design Part IV Ventilators Part V Classification and selection of air conditioning systems Part VI Explanation of commercial air conditioning bidding BOM Part VII Solution of chiller market problems BO

Design Features of Taipu River Pump Station Project

Abstract: Taipu River Pump Station is a large (1) type pump station, which has the characteristics of low head and large flow. The design has carried out a series of tests and research work on some major technical problems, and applied these scientific research and design results to engineering practice, making the hub layout, building design, electromechanical equipment selection and layout more reasonable.

Construction organization design of embankment project

Chapter I Project Overview 7 1.1 Project Overview 7 1.2 Engineering Geology 7 1.3 Hydrology and Meteorology 7 1.4 Quantities 7 1.5 Construction Conditions 8 Chapter II Compilation Basis of Construction Organization Design 10 2.1 Compilation Principles 10 2.2 Compilation Basis 10 Chapter III Overall Construction Planning 11 3.1

Engineering design of garment factory

This paper expounds the principles and requirements that should be followed in the design of garment factory engineering from three aspects: the general layout of the factory, the production workshop and the public works

VRV air conditioning system and engineering design

Principle and characteristics of VRV system air conditioning system (this article is for transfer)

Model Bidding Document for Engineering Design

This data is a model of engineering design bidding document, which is detailed and can be used for reference

Hotel Decoration Engineering Design Contract

2、 Scope of design services: 1. The design of this project includes the following stages and contents:

Civil air defense engineering design of a Huaihai Square

The civil air defense project of xx Square is located at the intersection of xxxx Road (xx East, South, West, North Road) in xx District, xx City. It is one of the most prosperous downtown sections in xx City, and also one of the sections with the largest traffic flow and people flow. 2. Project appearance: surface layer: mainly a 16m wide (12m wide for xx East Road) four lane circular channel, with a diameter of 1 in the middle

Engineering Design of Hongda Garment Building

Hongda Garment Building Project is located in the south of Hongcheng Road, Hongcheng Market, Nanchang City. It is about 134m long from east to west and 81m wide from south to north. It covers an area of about 12000 square meters, with a total construction area of about 120000 square meters. At present, the demolition, temporary roads, temporary drainage facilities, temporary fences and other works have been basically completed, and the three supplies and one leveling of the site have been basically completed.

HVAC engineering design of a public building

The project is located in the air conditioning system design of a building in Wuhan, Hubei Province, with three floors in total, a building area of about 11535.45 m2, a building height of 15.3 m, and a basement floor; The basement is the parking garage and equipment room, and the first to third floors are commercial buildings. Considering the requirements of energy conservation and comfort according to relevant specifications, different

Outdoor pipe network engineering design of a residential area

The heating heat load is the most important heat load in the urban central heating system. Its design heat load accounts for more than 80% - 90% of the total design heat load (excluding production process heat). The estimation of heating design heat load can be calculated by volume heat index method, area heat index method or urban planning index method.

Engineering Design Technology of Generic Cabling

Comprehensive wiring shall give priority to protecting people and equipment from electric shock and fire. The distance between lighting wires, power wires, communication lines, heating pipes, cold and hot air pipes, elevators, insulated wires, bare wires, grounding and welding, etc. shall be considered in strict accordance with the specifications, and then the route and aesthetic degree of the lines can be considered. The following is only divided into computers based on relevant problems in engineering design

Design of a reservoir reinforcement project

Fanshen Reservoir in Guangfeng County is located on the small tributary of Maocun Village in Shidu Port, a tributary of Fengxi. The dam site is about 30km away from the county seat. The control concentration area above the dam site is 5.3km2, and the total storage capacity is 3.961 million m3. It is a key small (1) reservoir mainly for irrigation, with comprehensive benefits of flood control, tourism, aquaculture, etc.

Design of a earthwork excavation and backfilling project

1. Earth excavation (1) Prepare excavation plan, determine reasonable excavation method, construction sequence and slope protection measures, and select appropriate construction machinery. (2) Clear and dispose of the ground and underground obstacles in the construction area. (3) The standard axis pile and standard horizontal pile of the building shall be well prepared, and the excavation line shall be sprinkled with lime, which must pass through the inspection bench

Bidding Document for Design of a Storage and Transportation Project

Bidding Document for Design of a Storage and Transportation Project

Architectural and landscape engineering design contract

This document is an architectural and landscape engineering design contract. The content includes the design contract. The contents are detailed for reference.

Construction organization design of a dike project

***The dike line adjustment project is located on * * *, Chunjiang Town, Xinbei District, * * * City, surrounded by the Yangtze River on all sides. The original ground is flat, with a ground elevation of about 1.5. The old river dike is about 5.5 m higher than the river beach, and the filling height of the new river dike is about 5 m.

Construction organization design of embankment project

Content introduction (III) Concrete pouring 1. The construction of concrete must comply with relevant regulations. 2. Concrete construction shall not be carried out when normal pouring operation cannot be carried out under unsuitable weather conditions. All concrete construction shall be carried out in dry land. The surface of concrete shall not be subject to the action of flowing water during pouring until it hardens. 3. Concrete

Design disclosure record of a unit project

This document is the design disclosure record of a unit project. It has complete contents and can be downloaded

Engineering design of an office building in Liaoning

Construction deployment and general construction layout

Various engineering design and construction schemes

Various engineering design and construction schemes Various engineering design and construction schemes Various engineering design and construction schemes

Steel structure for design supervision of a project

Indoor fine decoration construction, outdoor road, water supply and drainage, intelligent system and landscaping works are constructed at the same time

Air conditioning engineering design of an oil building

This document is the air conditioning engineering design of an oil building. Content introduction: It introduces the engineering overview of the oil building, and conducts numerical calculation and analysis on the characteristics of the double-layer internal breathing glass curtain wall, the air conditioning load calculation of the atrium and adjacent offices, the indoor air distribution and thermal comfort of low-temperature air supply.

Construction Engineering Design Contract (3)