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ABM006 Fundamentals of Rock Mechanics I 6.0 ECTS credits | |
TIMEPERIOD: Q IV LANGUAGE:Swedish EXAMINER E Nordlund Prof PREREQUISITES Solid mechanics - Two dimensional problems, Basic course in Geology COURSE AIM The objective of the course is to give an introduction to rock mechanics. Special interest is focused on stress, deformation, strength and stability. CONTENTS Introduction (3%) Rock mechanics preinvestigation (15%) Geological structures in rock and their significance from a rock mechanics perspective. Classification methods. Hemisperical projection. Rock stress (25%) Virgin stresses in the rock mass. Stresses around underground openings. Shallow and deep seated excavations are treated. Stress transformations. Deformation and failure of rock (25%) Constitutive laws. Failure mechanisms and failure criteria. Experimental methods to determine deformation and strength parameters. Design and stability of underground constructions (16%) Design methodology for underground excavations. Local and global stability. Effects of groundwater. Hemispherical projection methods are used to investigate the risk of critical blocks. Design and stability of rock slopes (16%) Theories for plane, wedge, circular and topling failure of slopes. Hemispherical projection methods are used to identify failure modes. Effects of groundwater and drainage. Design criteria for slopes.
Laboratory assignment | |
Required Assignment | 3.00ECTS |
Written exam | 3.00ECTS |
COURSE LITERATURE Course compendium PM for laboratory assignment and field assignment Further information: International Office |
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