武汉大学
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Engineering Geodesy

 
CURRICULUM INSTRUCTION
Course Code:
Course Director: Huang Shengxiang
Course Name in Chinese : 工程测量学
Course Name in English : Engineering Geodesy
Course Type : compulsory
Course Credits : 3
Course Duration 54 hours
Specialty Level : Geomatics Engineering
Prerequisites: Conspectus of Surveying and Mapping, The Principle and Application of Digital Map Surveying, Error Theory and The Foundation of Survey Adjustment, The Foundation of Geodesy
 
1、Objectives
The objectives of this course basic theories, technologies and methodologies of Engineering Geodesy in planning, construction and operation managements of engineering construction. Students should master the theories and methods of control network design, different setting out techniques and deformation monitoring techniques for engineering structures as well as the surveys for some typical engineering structures such as bridges, dams and tunnels.
 
2、Requirements
Cognition and comprehension of the basic contents of Engineering Geodesy, surveying technique design、surveying organizing and actualizing and surveying managing for the various typical projects are the main requirements for this course. Students are required to predominate the key techniques and methods of Engineering Geodesy, and principally catch on the surveying task in various stages for engineering construction such as programming and design、construction and managing during the running time.
 
3、Lectures Contents and Duration
The table of course content and period assigning
Course content Period
Chap.1 Introduction 2
Chap.2 The surveying task and information managing in engineering
 construction
3
Chap.3 Theory and method for laying out engineering control network 5
Chap.4 Instruments and measures for engineering survey 4
Chap.5 Topographic map and its application for engineering construction 3
Chap.6 Setting-out survey for engineering architecture 6
Chap.7 Engineering deformation monitoring and data process 6
Chap.8 Industry equipment installation and emendation survey 5
Chap.9 Route engineering survey 6
Chap.10 Bridge engineering survey 3
Chap.11 Hydrographic engineering survey 4
Chap.12 Industry and civil architecture survey 5
Chap.13 Underground engineering survey 6
Chap.14 Precise engineering survey for the large-scale particle accelerator 3
Chap.15 Prospect 2
 
Chap.1 Introduction
Content: The status and mission of Engineering Geodesy in surveying and mapping, the content and classes、developing evolution and direction of Engineering Geodesy, and the relations between Engineering Geodesy and its neighbor courses, etc.
Main instruction points: The definition、developing content and evolution of Engineering Geodesy
 
Chap.2 The surveying task and information managing in engineering construction
Content: engineering programming and design、the surveying task in construction and managing during running time、surveying information managing
Main instruction points: the surveying task in the three engineering construction stages, surveying information managing
 
Chap.3 Theory and measures for laying out engineering control network
Content: the effect and classes of engineering control network, benchmark and the measures for setting up it, stone buried and marker allocated, the incorporation of outdoor and indoor work of control survey
Main instruction points: laying out engineering control network、quality criteria and optimizing design
 
Chap.4 Instruments and method for engineering survey
Content: instruments for engineering survey, length and setover survey, angle and direction survey, alignment survey, coordinate survey, engineering photo-
grammetry, autoimmunization for engineering survey
Main instruction points: appropriative instruments, peculiar measures
 
Chap.5 Topographic map and its application for engineering construction
Content: demands for topographic map in engineering programming, large scale digital map survey and its application, engineering finish construction map survey and protracting, bathymetric map surveying, DTM, reconnaissance and design incorporation
Main instruction points: the application of large-scale digital map and DTM, engineering finish construction map protracting, bathymetric map surveying.
 
Chap.6 Setting-out survey for engineering architecture
Content: architecture limit error and precision distributed, the common measures for construction and setting-out, the special measures for construction and setting-out, curve setting-out, incorporation of construction and setting-out
Main instruction points: the special measures for construction and setting-out, curve setting-out
 
Chap.7 Engineering deformation monitoring and data disposal
Content: the basic knowledge of engineering deformation monitoring, the design for deformation monitoring network and scheme, deformation monitoring measures and automatization, deformation observation data processing, deformation monitoring information settling、production expression and interpreting
Main instruction points: deformation monitoring information settling, deformation observation data processing, and production expression and interpreting
 
Chap.8 Industry equipment installation and emendation survey
Content: installation control network, the measures of equipment installation, alignment and location measures, industry survey system, the examples for installation survey
Main instruction points: the measures of equipment installation, alignment and location measures, and industry survey system
 
Chap.9 Linear engineering survey
Content: the characteristic of linear engineering survey, railroad engineering survey, highroad engineering survey, pipe survey, and incorporation of linear reconnaissance and design
Main instruction points: the characteristic of linear engineering survey, railroad engineering survey
 
Chap.10 Bridge engineering survey
Content: bridge location and line selection survey, bridge construction control survey, bridge pier base setting-out, the main girder and high tower pillar of large cable-stayed bridge
construction survey, the ropeway of large cable-stayed bridge precision location survey, deformation monitoring during bridge construction and running time
Main instruction points: bridge construction control survey, deformation monitoring
 
Chap.11 Hydrographic engineering survey
Content: survey in the programming stage of potamic rundle exploitation, survey in the design stage of hydrographic hinge engineering, hydrographic hinge engineering construction control survey, hydrographic hinge engineering setting-out, hydrographic hinge engineering deformation monitoring
Main instruction points: survey in the programming stage of potamic rundle exploitation, construction and control surveying, construction and setting-out, and deformation monitoring
 
Chap.12 Industry and civil architecture survey
Content: control and construction survey in the large-scale industrial site, municipal engineering survey, high floor and topping construction survey, cultural relic and antique construction survey
Main instruction points: high floor and topping construction survey
 
Chap.13 Underground engineering survey
Content: the classes、characteristic and demands for survey of underground engineering, tunnel transfixion error prediction, ground and the inner of cavity control surveying, connection surveying, gyroscopic theodolite and orientation surveying, tunnel construction and finish construction survey
Main instruction points: tunnel transfixion error prediction, connection surveying, gyroscopic theodolite and orientation surveying,
 
Chap.14 Precise engineering survey for the large-scale particle accelerator
Content: outline of particle accelerator survey, survey in the stage of engineering design, survey in the stage of engineering construction, survey in the stage of equipment installation, detector-assembling survey, introduction of survey laboratory
Main instruction points: survey tasks for particle accelerator, survey in the stage of equipment installation
 
Chap.15 Prospect
Content: broad sense of engineering survey, from digital and incorporation to automatization and intelligentization, the future of Engineering Geodesy
Main instruction points: development prospect
 
4、Textbook and References
Textbook: ZHANG Zhenglu, etc. Engineering Geodesy. General high education “fifteen” national programming teaching material, Wuhan University Press, 2005.
References:
[1] LI Qingyue and CHEN Yongqi. Engineering Geodesy. Surveying and mapping teaching material (emended edition) for general high education. Beijing: Surveying and Mapping Press, 1995.
[2]  ZHANG Zhenglu, etc.  Engineering Geodesy.  Wuhan University Press, 2002.
 
5、Assessment and Grade System
The ordinary grades including exercise, presence in class time etc. takes 40%, and the examining result takes 60%.

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