Construction of Geotechnical Infrastructures

Numbering Code G-ENG01 7F241 LJ73
G-ENG02 7F241 LJ73
Year/Term 2021 ・ Second semester
Number of Credits 2 Course Type Lecture
Target Year Target Student
Language Japanese Day/Period Fri.1
Instructor name KIMURA MAKOTO (Graduate School of Engineering Professor)
KISHIDA KIYOSHI (Graduate School of Engineering Professor)
Outline and Purpose of the Course Advanced construction technology of geo infrastructures, such as tunnel, large underground cavern, foundation, culvert, retaining wall, is introduced and explained. And, the practical projects applied by the advanced construction technology are also introduced.
Course Goals To learn to the advanced construction technology and to propose the project and design through the advanced construction technology.
Schedule and Contents Guidance, Introduction of construction of geotechnical infrastructures,1time,Guidance, Introduction of construction of geotechnical infrastructures
Geo-investigation and survey techniques,2times,Introduction of the advanced geo-infestation and survey techniques. Explanation of inversion theory and technique.
Auxiliary mthods of mountain tunnel,2times,Introduction of NATM for construction of tunnel and underground cavern. In addition, the role of auxiliary methods, auxiliary method for safety in tunnel constrcution, axiliary methods for preservation of the surrounding environment are explained
Rock physics and its applications,2times,Introduction of the constitutive law of rock material and rock physics (pressure solution) and its application fields, such as special projects of underground space, namely, nuclear waste disposal, and Carbon Capture and Storage.
Field visit or special lecture,1time,Visit the construction field or invite special lecture who is the expert engieer on the construction of geotechnical infrastructures.
Foundation,2times,Design and construction of piles foundation and steel pipe sheet piles
Culvert,2times,Design and construction of box type and arch type culverts
Retaining wall,2times,Design and construction of retaining wall
Examination of understanding,1time,
Evaluation Methods and Policy Attendance and Report (20 %), Examination (80 %)
Course Requirements Soil mechanics, Rock mechanics
Study outside of Class (preparation and review) Students should be reviewed the exercises which are learned at the class.
References, etc. ロックメカニクス, 日本材料学会編
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