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Rocks mass as a technical category, is a part of our natural cuveronment which is used as a base for dams, bridges and other different structure constructions, in which tunnels and underground caverns are excavated, which is subjected to gravitational forces that can cause instability, e.g. in natural or artificially extcavated slopes. In the subject of rock mechanics the student will be acquainted with the behaviour of rock masses under static and/ or dynamic stresses.
Last update: DATEL (30.04.2002)
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Zápisky z přednášek a pdf prezentace, články doporučené vyučujícím během přednášek Hudson, J. A., & Harrison, J. P. (2000). Engineering rock mechanics: an introduction to the principles. Elsevier. Hoek, E. (2023 ed.) Practical rock engineering. https://www.rocscience.com/learning/hoeks-corner Bieniawski, Z. T. (1989). Engineering rock mass classifications: a complete manual for engineers and geologists in mining, civil, and petroleum engineering. John Wiley & Sons. Last update: Roháč Jakub, Mgr., Ph.D. (30.09.2024)
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Písemná zkouška a aktivní práce na cvičeních Last update: Roháč Jakub, Mgr., Ph.D. (17.08.2024)
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Character of Rock Material and Rock Mass - description, differencies Physical and Mechanical Characteristics - methods of determination Evoluation of Discontinuities - ISRM approach Stereographic projections and Joint Surveys Stresses in Rock Mass - methods of determination Field Testing - deformability and shearing in situ tests Stress Distribution around Underground Openings, Support and lining Systems Rock Mass Classifications, Tunnelling Classifications Rock Slope Stability Analysis, wedge and key blocks concept Rock Mass Reinforcement - Bolting, Auchoring, Grouting, Drainage Influence of Water in Rock Mass Instrumentation and Monitoring Rock Mass as Bedrock for foundation of Dams, Bridges, Heavy Structures Engineering Seismology, Rock Mass under Dynamic Stresses, Blasting Methods
Rocks mass as a technical category, is a part of our natural cuveronment which is used as a base for dams, bridges and other different structure constructions, in which tunnels and underground caverns are excavated, which is subjected to gravitational forces that can cause instability, e.g. in natural or artificially extcavated slopes. In the subject of rock mechanics the student will be acquainted with the behaviour of rock masses under static and/ or dynamic stresses. Last update: DATEL (06.05.2004)
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