Undergraduate
Solid Mechanics
Stress
and Strain
Stress due to Environmental Issues
Fundamental
Elasticity
Two-dimensional Problems
Rock Engineering
Discontinuity
Deformability
Strength
Permeability
Stress in situ
Underground Design
Properties of Rock Mass
Rock Mass
Characteristics
Stress Measurements
Underground
Design
Support System
Mining Design
Geoshere Development System Engineering
Principal Energy
Criterion of
Rock Failure
Rheology Model
Finite Element Method
Mining System Engineering, Experiment
Compressive/Tensile/Shear
Strengths
P Wave Velocity
Abrasivity
Consistency
Graduate School
Rock Engineering I
(Advanced)
This class is mean to take up various problems
on rock engineering
which are necessary for the
development of useful mineral resources and
energy
resources in the earth's crust, and understand and acquire
the
latest engineering methods necessary for the design
and construction of
rock structures with consideration for
the environment.
1. Understand stress analysis
method.
2. Engineering evaluation method of rock and various methods
measuring
in situ stress
3. Understand and can explain
underground design
Rock Engineering II (Advanced)
This class is for
theoretical understanding and acquiring of the latest
engineering method necessary for the design and construction of
underground structure, by taking up various problems relating to
rock
engineering and geotechnical engineering necessary for the
high
utilization of underground space.
1. Understand and
can explain the fundamental concept of rock fracture
mechanics.
2. Understand and can explain the fundamental concept of soil
mechanics.
3. Acquire the knowledge and application skill of rock
seepage flow
analysis and advanced excavation methods for
high-degree application.
Mining Machinery System (Advanced)
This class is to
take up various problems of various mining machinery
necessary for developing useful minerals and energy resource
within
earth crust and high level utilization of
underground space. It is also
to understand the latest way
of thinking concerning operating
efficiency, equipment
selection and work system.
1. Understand various mining
systems.
2. Acquire the knowledge of various excavate
systems.
3. Acquire the knowledge of applying excavate systems to other
fields.
Rock Engineering I, Examination (Advanced)
This
class is to acquire various experimental methods necessary
for
design and construction of rock structure, in order to
understand the
thinking way of rock engineering for
certain, and acquire data
processing method of the
experiment data obtained from field survey and
its
interpretation method.
1. Understand the fundamental principles of
various examinations.
2. Acquire the ability of selecting appropriate
examination methods in
accordance with various problems in
the field of rock engineering.
3. Acquire the ability of summarizing the
results obtained from various
experiments.
Rock Engineering II, Examination
(Advanced)
This course is to acquire various
experimental methods necessary for
design and construction
of rock structure, in order to understand the
thinking way
of rock engineering for certain, and acquire data
processing method of the experiment data obtained from
laboratory
examination and field survey and its
interpretation method.
1. Understand the fundamental principles of
various analytical methods
2. Acquire the ability of selecting
appropriate analytical methods in
accordance with various
problems in the field of rock engineering.
3. Acquire the ability of
summarizing the results obtained from various
analyses.
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