UNDERGRADUATE

MAD 309 Rock Mechanics

Definitions and importance of rock mechanics, Stress-strain analysis , stress transformations, Concept of principal stresses and graphical representation of the state stress, Strain analysis , special stress-strain cases, Introductory linear elasticity, Failure criteria, time dependent behaviour of rocks, In-situ state of stress, design and stability of underground openings, Rock mass properties and classification systems, Graphical representation of rock mass structure and basics of slope design.

MAD 311 Rock Mechanics Lab.

Density, moisture content, porosity, permeability, resistance to freezing and thawing determinations, Uniaxial compressive strength test, Rock deformability test, Triaxial compressive strength test, Tensile strength test, Point load test, Shear strength test, Schmidth hammer hardness test, Shore scleroscope test, Slake durability test, Soft rock and soil shear test, Determination of Los Angeles and Böhme abrassivness of rock materials.

MAD 340 Mining II (in collaboration with Assoc. Prof. A.E. Tercan)

Air quality control, properties and behavior of air, air pollutants in mines, methane and its control, Air quantity control, related equations and calculation examples, fans-auxiliary/main, regulators, natural ventilation. Definition of support and its necessity. Rock support interaction and fundamentals of support design, support types, Examination of different support types classified into timber, concrete and steel supports; Types, properties and elementary design of support used in tunnels and galleries and production areas.

MAD 322 Mining Lab. II (in collaboration with Assoc. Prof. A.E. Tercan)

Introduction to Ventilation Education, Inlet calibration by Pitot-tube, Investigation of air velocity change in the duct, Investigation of air pressure change in the duct, Example on the application of rock support intersection, Examples on the concrete, steel and timber support design and applications, Load characteristics exerted on supports and applications.

MAD 410 Geomechanics

Basic characteristics of soils and soft rock mass characterisation, Engineering properties of soils and soft rock, Laboratory methods of testing soils, Compression and consolidation theory, swelling and squeezing mechanism, Design of earth-retaining structures, stability of soil slopes and landslides (Dams, foundations ,tunnels).

MAD 427 Tunneling and Support Design

Effect of rock mass properties on tunnel excavation and support design, Analysis of stress distribution around tunnels, Support types, excavation techniques and equipment, Support design of tunnels opened in different rock mass conditions (elastic, stratified, jointed, squeezing and swelling etc.), Use of computers on tunnel support design and examples, in situ testing methods together with the use of results.

MAD 451 Computer Applications in Mining Industry (in collaboration with Assistant Prof. Y. Ozcelik, Assoc. Prof A.E. Tercan and Prof. G. Senyur)

Introduction to personal and main frame computers, Operating systems, introduction to high level software languages, Modelling and simulation techniques, Computer applications for reserve estimation, Computer applications for surface and underground mining, Applications of artificial intelligence in mining operations.

POSTGRADUATE

MAD 529 Rock Mechanics in Hard Rock Mining

Rock strength measurement techniques, and equipment, monitoring systems in rocks, strata control and related measurements, pillar system in underground mining and stability analysis, rock mechanics application in underground mining and supports.

MAD 554 Instability Problems in Underground Mines

Production methods used in underground mines and related instability problems. Instability problems originating from tectonic, production method and rock mass properties. Methods to minimize instability problems and necessary precautions. Measures to be taken when an instability problem arises and related examples.

MAD 651 In-Situ Measurements in Tunnels and Underground Mines and Physical Modelling

Devices and in-situ test procedures for load, stress, closure, strain and in-situ strength determination. Examples on the use of test results. Preparation of physical models and simulation of results obtained from physical models with real case.

MAD 652 Non-Mining Applications of Rock Mechanics

Use of rock mechanics in the design of dam constructions, tunnels, foundations, nuclear waste disposal, underground storage of oil and gas, very large openings and caverns.