Course content

The course is given every second year. In general, it is expected to have student number more than one.

The course aims to enhance knowledge in the field of rock stress induced instability problems in tunnels and caverns with an aim to achieve stable, long-lasting and sustainable solution in the use of underground space.

Learning outcome

KNOWLEDGE: The main aim of this course is to achieve international standard advance knowledge in stress induced instability in tunnels and caverns.

SKILLS: Students completing this course will gain skills in advance theory and/or methodologies within rock stresses and problems related to induced stresses in tunnels and underground caverns.

GENERAL COMPETENCE:

Students completing this course should have general competence in evaluating and assessing possible stress induced instability in tunnels and underground caverns so that students are capable in the design of tunnels and caverns that are both short-term and long-term stable and provide sustainable and cost effective solution.

After fulfilling the course, the student will have gained experience in familiarizing herself / himself with and presenting research results in a selected scientific topic as a basis for further research.

Learning methods and activities

Teaching will be in a form of guided self-study. The attendant shall write a review article in one of the selected topics. The topic must be approved by the convener of the course.

Compulsory assignments

• Review paper

Specific conditions

Recommended previous knowledge

Completed master of science within the field of study.

Required previous knowledge

Advance level knowledge in engineering geology, rock engineering, rock mechanics (corresponding to the course TGB4190 Engineering Geology of Rocks, Advanced Course).

Course materials

Compendium of recent relevant published scientific papers in the field and part of the book related to the theory in rock stresses (content may be changed as per need)

Credit reductions