Urban engineering system planning
abstract
CourseNo.: 26322 1 Starting unit: Urban Construction College
Course category: professional education adaptation: urban planning, architecture, etc.
Total class hours: 54 points: 4 points
Selection of Teaching Materials: Urban Engineering System Planning
Publisher: China Building Industry Press 1999 (first edition)
I. Teaching objectives and tasks
Urban engineering system is an important part of urban infrastructure. Through the study of this course, students can master the application of various pipelines in urban planning. Understand the main functions of various engineering pipelines in the city.
Second, the idea of teaching reform
As a professional basic course, this course, besides classroom teaching, wants to organize students to visit on the spot through some examples of urban engineering construction, enhance students' perceptual knowledge and give lectures on the spot.
Third, the performance evaluation method
Performance appraisal is divided into two types: usual performance and final exam. Among them, the usual grades account for 20%, and the exams are closed for 80%.
IV. Syllabus and Class Time Allocation
Chapter 1 Introduction 3 class hours
Teaching purpose and requirements of this chapter: After studying, students are required to understand the scope, tasks and significance of urban engineering system planning.
The teaching emphasis and difficulty of this chapter: the emphasis is on the composition and function of the engineering system.
The difficulty is the category of urban engineering system planning.
Section 1 Scope of Urban Engineering System Planning
1, composition and function of urban engineering system
2, the relationship between urban engineering system.
3, the scope of urban engineering system planning
Section 2 Tasks and Significance of Urban Engineering System Planning
A, the task of urban engineering system planning
Second, the level and duration of urban engineering system planning
Third, the significance and role of urban engineering system planning
Chapter II Working Procedures and Contents of Urban Engineering System Planning: 5 hours in depth.
Teaching purpose and requirements of this chapter: Through study, students are required to understand the basic procedures of urban engineering system planning and the requirements for content depth in different planning stages.
The teaching emphasis and difficulty of this chapter: the emphasis is on the requirements of working procedures and content depth.
The difficulty lies in how to collect basic data for urban engineering system planning.
Section 1 Working Procedures for Urban Engineering System Planning
A, the general working procedure of urban engineering system planning
Second, the working procedure of urban engineering system planning
Section 2 Contents and Depth of Urban Engineering System Planning
First, the content and depth of urban power supply engineering system planning
Second, the content and depth of urban gas engineering system planning
Three, the content and depth of urban heating engineering system planning
Four, the content and depth of urban communication engineering system planning
Verb (abbreviation of verb) Content and depth of urban water supply engineering system planning
Six, the content and depth of urban drainage engineering system planning
Seven, the content and depth of urban disaster prevention engineering system planning
Eight, the content and depth of urban environmental sanitation engineering system planning
Nine, the content and depth of urban engineering pipeline comprehensive planning
Section 3 Basic Data of Urban Engineering System Planning
First, the natural environment information
Second, the basic situation of the city
III. Urban Planning Information
Fourth, professional engineering data
Chapter III Urban Power Supply Engineering System Planning 6 Hours
Teaching purpose and requirements of this chapter: Students are required to master the planning of urban power supply engineering system through the study of this chapter.
The teaching emphasis and difficulty of this chapter: the focus is on urban power line planning.
The difficulty is the calculation of urban power load.
Section 1 Urban Power Load
I. Classification of urban electricity consumption
Second, the urban power load forecasting method
Third, urban power load forecasting and calculation
Section 2 Urban Power Supply Planning
I. Types and characteristics of urban power supply
Second, the main technical and economic indicators of urban power supply facilities
Third, urban power supply planning
Section III Urban Power Supply Network Planning
I. Grade and connection mode of urban power grid
Second, the urban transmission network planning
Third, the urban distribution network planning
Fourth, the planning of urban power transformation and distribution facilities.
Section IV Urban Power Line Planning
I. Planning of High Voltage Power Lines
Second, urban transmission and distribution line laying
Third, the safety protection of urban power lines
Four, overhead power lines and other facilities across
Chapter IV Planning of Urban Gas Engineering System for 5 Hours
Teaching purpose and requirements of this chapter: Through the study of this chapter, students can master the planning of urban gas engineering system.
The teaching emphasis and difficulty of this chapter: The emphasis is on the planning of urban gas transmission and distribution system.
The difficulty is the hydraulic calculation of pipeline.
1 section city gas load prediction and calculation
I. Types and characteristics of city gas
Second, the city gas load prediction and calculation
Section 2 Urban Gas Source Planning
I. Urban gas source facilities
Second, the urban gas source planning
Section 3 Planning of Urban Gas Transmission and Distribution System
I. Urban gas transmission and distribution facilities
Second, the selection of urban gas transmission and distribution network
Third, the layout of urban gas transmission and distribution network
Four, the hydraulic calculation of gas pipeline
The fifth chapter city heating engineering system planning 5 hours.
Teaching purpose and requirements of this chapter: Through the study of this chapter, students can master the planning of urban heating engineering system.
The teaching emphasis and difficulty of this chapter: The emphasis is on the planning of urban heating engineering system.
The difficulty lies in urban heat load calculation and hydraulic calculation.
1 section prediction and calculation of urban central heating load
I. Types and characteristics of urban central heating load
Second, the prediction and calculation of urban heat load
Section 2 Urban Central Heating Source Planning
I. Types and characteristics of urban central heating sources
Second, the choice of urban heat sources
Section 3 Planning of Urban Heating Pipe Network
First, the shape of urban heating pipe network
Second, the layout of urban heating pipe network
Third, the laying method of urban heating pipe network
Four, the hydraulic calculation of pipeline
Section IV Setting of Heating Station and Refrigeration Station
I. Thermal Power Station
Second, the refrigeration station
Chapter VI Planning of Urban Communication Engineering System for 5 Hours
Teaching purpose and requirements of this chapter: Through the study of this chapter, students can master the preparation of urban communication engineering system planning.
The teaching emphasis and difficulty of this chapter: the focus is on urban communication facilities and communication network planning.
The difficulty is to predict the demand of urban post and telecommunications.
Section 1 Forecast and Calculation of Urban Traffic Demand
First, the city postal demand forecast
Second, the city telephone demand forecast
Thirdly, the capacity prediction of urban mobile communication system.
Section 2 Planning of Urban Communication Facilities
I. Planning of City Post Office
Second, the local office planning
Three, radio and television station (station) construction standards and telecommunications bureau (station, department) location
Section 3 Urban Wired Communication Network Line Planning
I. Types and characteristics of urban wired communication lines
Second, the city telephone line planning
Three, urban cable, broadcast line planning
Section 4 Urban Radio Communication Planning
First, the mobile phone network planning
Second, the wireless paging system planning
Third, microwave communication planning
Chapter VII Urban Water Supply Engineering System Planning for 6 Hours
Teaching purpose and requirements of this chapter: Through the study of this chapter, students can master the planning of urban water supply engineering system.
The teaching emphasis and difficulty of this chapter: the focus is on the planning of urban water supply network.
The difficulty is the hydraulic calculation of urban water supply network.
Section 1 Urban Water Consumption Forecast
I. Classification of urban water use
Second, the urban water consumption standard
Third, the prediction and calculation of urban water consumption
Section 2 Planning of Urban Water Supply Sources
I. Urban water resources
Second, the choice and protection of urban water sources
Third, urban water source planning
Section 3 Planning of Urban Water Supply Engineering Facilities
A, urban water supply engineering system layout
Second, the water conservancy facilities planning
Three, water treatment engineering facilities planning
The fourth quarter urban water supply pipe network planning
First, the layout of water pipes and canals.
Second, the water supply network layout
Three, the hydraulic calculation of water supply network
Four, water supply pipe network materials and ancillary facilities
Chapter VIII Urban Drainage Engineering System Planning for 6 Hours
Teaching purpose and requirements of this chapter: Through the study of this chapter, students can master the planning of urban drainage engineering system.
The teaching emphasis and difficulty of this chapter: The emphasis is on the planning of urban drainage system.
The difficulty is the hydraulic calculation of urban drainage channels.
1 Section Urban Drainage System and Drainage Engineering System
First, the system of urban drainage engineering system
Second, the urban drainage engineering system
Third, the urban drainage engineering system layout
Section 2 Prediction and Calculation of Urban Sewage Quantity
1. Prediction and calculation of urban sewage volume
Second, the layout of urban sewage pipe network
Three, the hydraulic calculation of urban sewage pipe network
Section 3 Urban Rainwater Engineering System Planning
I. Layout of Rainwater Pipe System
Second, the rainwater pipe hydraulic calculation
Three, drainage pipes, pumping stations and pipeline ancillary structures
The fourth quarter urban combined drainage system planning
I. Layout of Combined Drainage System
Second, the hydraulic calculation of intercepting combined drainage channel
Three, the transformation of urban old combined drainage system
Fourth, the discharge and treatment of industrial wastewater.
Section 5 Urban Sewage Treatment and Utilization Planning
First, the nature of urban sewage
Second, the sewage treatment method and scheme selection
Third, the urban sewage plant planning
Fourthly, urban reclaimed water system planning.
Chapter 9 Urban Disaster Prevention Engineering System Planning for 5 Hours
Teaching purpose and requirements of this chapter: Through the study of this chapter, students can master the planning of urban disaster prevention engineering system.
The teaching emphasis and difficulty of this chapter: the focus is on the prevention of various disasters.
The difficulty is the disaster prevention standard of various urban disasters.
Section 1 Types and characteristics of urban disasters
I. Types of urban disasters
Second, the characteristics of urban disasters
III. Natural Disasters and Urban Disaster Prevention Situation in China
Section 2 Urban Disaster Prevention System
First, urban disaster prevention measures
Second, the composition of urban disaster prevention system
Third, comprehensive urban disaster prevention.
Section 3 Disaster Prevention Countermeasures and Standards for Major Urban Disasters Section 4 Standards
I. Countermeasures and standards for urban flood control
Second, urban seismic countermeasures and standards
Three. Countermeasures and standards of urban fire protection
Four, the principles and standards of urban civil air defense engineering construction
Section 5 Layout of Major Urban Disaster Prevention Engineering Facilities and Disaster Prevention of Urban Lifeline System
I. Urban flood control and waterlogging prevention engineering facilities
Second, the city's seismic facilities
Third, the city fire control facilities
Four, urban civil air defense engineering facilities
Five, urban disaster prevention lifeline system
Chapter 10 Urban Environmental Sanitation Engineering System Planning for 4 Hours
Teaching purpose and requirements of this chapter: Through the study of this chapter, students can master the planning of urban environmental sanitation engineering system.
The teaching emphasis and difficulty of this chapter: The emphasis is on the planning of urban environmental sanitation engineering system.
The difficulty is the planning standards of various urban sanitation projects.
Section 1 Urban Solid Waste System Planning
I. Types and characteristics of municipal solid waste
Second, the prediction of municipal solid waste
Three. Collection and transportation of municipal solid waste
Four. Summary of municipal solid waste treatment and disposal technology
Five, urban solid waste collection and transportation facilities planning
Section 2 Urban Public Toilets and Garbage Disposal Planning
First, the planning of public toilets
Second, the fecal treatment planning
Section III Urban Clean Planning
A, urban road cleaning planning
Third, the urban water surface cleaning planning
Third, vehicle cleaning planning
Section IV Planning of Urban Environmental Sanitation Grassroots Institutions and Workplaces
I. Land used by grass-roots sanitation institutions
Two, environmental sanitation vehicle parking lot, repair shop
Three, cleaning the environment, cleaning the staff work and rest places.
Fourth, the water sanitation in the workplace
Five, sanitation vehicle access requirements
Chapter II XI Comprehensive Planning of Urban Engineering Pipelines (4 hours)
Teaching purpose and requirements of this chapter: Through the study of this chapter, students can master the comprehensive planning of urban engineering pipelines.
The teaching emphasis and difficulty of this chapter: The key point is the technical regulation of urban engineering pipeline synthesis.
The difficulty is the comprehensive vertical treatment of urban engineering pipelines.
Section 1 Principles and Technical Provisions for Comprehensive Planning of Urban Engineering Pipelines
1. Types and characteristics of urban engineering pipelines
2. The principle of comprehensive planning of urban engineering pipelines
3, urban engineering pipeline comprehensive terms and technical regulations
Section 2 Comprehensive Coordination and Layout of Urban Engineering Pipelines
1, overall coordination and layout of urban engineering pipelines
2. Comprehensive detailed planning of urban engineering pipelines
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