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XuetangX

Bridge Engineering Technology

via XuetangX

Overview

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Course Description: 1. Why should I study this course?

In the professional learning, the course of "Bridge Engineering Technology" can systematically master the knowledge system, cultivate practical and innovative ability, and keep up with the forefront of the industry. At the social level, it will help make transportation strong, improve life, and promote regional coordination and urban-rural integration. From a personal point of view, satisfying the interest of the project, and the sense of accomplishment at the time of completion can also stimulate the motivation to pursue excellence, not only to create value for the society, but also to achieve personal growth and value pursuit, which is an important professional course with both practicality and spiritual satisfaction.

2. What are the highlights and advantages of the course?

The major of bridge engineering technology has significant advantages. The employment prospects are good, the demand for talents is high, and the career development is diversified. The teaching mode is excellent, the combination of theory and practice and keeps up with the industry. The course content is practical, systematic and comprehensive, and benchmarked for positions. The faculty is strong and the teachers are experienced. The training facilities are complete to help students master the instruments. Cultivate professionals with high literacy, covering occupation and craftsman spirit, and cultivating professionals with excellent comprehensive literacy for transportation construction.


3. What is the theme of the course about, and how many parts are there?

"Bridge Engineering Technology" focuses on bridge knowledge and technology, and helps students master the principles, construction and management content from foundation to superstructure. It covers the basic cognition of bridges, foundation and pier structure construction, bearing expansion devices, upper prefabricated and cast-in-place beams, involving types, structures, processes, quality control and other aspects, laying a solid foundation for bridge engineering design, construction, management and other positions, and promoting talent training in the field of bridge construction.


4. What can I gain from this course? What is the value and help for me?

"Bridge Engineering Technology" covers a wealth of knowledge, a systematic bridge knowledge system and cutting-edge technology trends. Develop skills in construction management, drawing processing, engineering calculations, etc. Pay attention to professionalism and craftsman spirit. It is of great significance in transportation construction to provide multi-directional options for employment, help career promotion, enhance personal comprehensive ability and competitiveness, and enable learners to contribute to society and gain a sense of achievement. :

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Syllabus

  • 1 Bridge Basics
    • 1.1History of bridges
    • 1.2 Composition and classification of bridges
    • 1.3 Bridge design program
  • 2 Bridge substructure and design
    • 2.1Construction and dimensions of shallow foundations
    • 2.2 Calculation and determination of bearing capacity of shallow foundations
    • 2.3 Classification and applicable conditions for pile foundations
    • 2.4 Pile foundation reinforcement drawing
    • 2.5 The axial allowable bearing capacity of a single pile of friction pile
    • 2.6 The axial allowable bearing capacity of the end bearing pile and the monopile
    • 2.7 Classification of bridge piers
    • 2.8 Classification of abutments
    • 2.9 Gravity piers of a girder bridge
    • 2.10 Gravity U-shaped abutment of the girder bridge
  • 3 Bridge foundation construction
    • 3.1 Positioning lofting of shallow foundations and excavation of foundation pits
    • 3.2 Shallow foundation pit drainage
    • 3.3 Embedded casing
    • 3.4Selection of positive circulation drill bits, positive circulation drilling
    • 3.5 Selection of reverse circulation drill bits, reverse circulation drilling
    • 3.6 Pouring underwater concrete
  • 4 Bridge pier construction
    • 4.1 Turning mold construction technology
    • 4.2 Climbing formwork construction technology
  • 5 Bridge bearings and telescopic devices
    • 5.1 Plate rubber bearing
    • 5.2 Basin rubber bearing
    • 5.3 Single-slit telescopic device
  • 6 The bridge superstructure is prefabricated and installed
    • 6.1 Beam yard planning
    • 6.2 Calculation of the elongation of linear tendons
    • 6.3 Hole grouting and anchor sealing
    • 6.4 Assembly of the bridge erecting machine
    • 6.5 Aerial frame managed - to bridge the frame beam
  • 7 Cast-in-situ construction of bridges
    • 7.1 0# block construction
    • 7.2 Hanging basket construction
    • 7.3 Consolidation of construction and system conversion
    • 7.4 Cable hoisting
  • examination

    Taught by

    hebjtxy

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