Lecture 38 of 60Week 8
Lecture 38 : Methods for determination of rock load: empirical, semi-empirical approaches
Prof. R. K. Dubey · IIT-ISM Dhanbad
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All the lectures
- Lecture 01 : Introduction and significance
- Lecture 02 : Enginnering geological ground, concept and categorization
- Lecture 03 : Geomaterial :Rock, rock material and rock strata, concept of stress, deformation, strain and mechanical response of geometerial
- Lecture 04 : Stress-strain behaviour and mechanical parameters of rocks
- Lecture 05 : Geomorphology of river valley and mountainous regions and landforms
- Lecture 06 : Different types of water and distribution of water, different type of rocks and rock strata
- Lecture 07 : Surface and subsurface water and their interaction with geoground
- Lecture 08 : Weathering processes and classification
- Lecture 09 : Chemical weathering and impact of weathering
- Lecture 10 : Weatherability and weathering indices
- Lecture 11 : Characteristic of rocks and rock strata and some physical property
- Lecture 12 : Common physical attributes of geomaterials
- Lecture 13 : Engineering properties of rocks
- Lecture 14 : Geotechnical characteristic of joint and approach for rock mass classification
- Lecture 15 : Rock mass classification
- Lecture 16 : About construction materials and dimensional stone
- Lecture 17 : Crushed stone and suitability of rocks as construction materials
- Lecture 18 : Aggregate and deleterious materials
- Lecture 19 : Pozzolan and soil
- Lecture 20 : Cement-aggregate reaction
- Lecture 21 : Concept and classification of dams
- Lecture 22 : Classification of dams based on materials used
- Lecture 23 : Classification of dam based on design and function
- Lecture 24 : Arch dams and classification dams based on use and function and technical specifications, concept of forces acting on
- Lecture 25 : Forces acting on dam and engineering geological characteristics for dam construction
- Lecture 26 : About tunnels and classification of tunnels
- Lecture 27 : Tunnelling methods
- Lecture 28 : Treatments
- Lecture 29 : Anchoring of rock strata : grouting
- Lecture 30 : Anchoring of rock strata : rock bolting
- Lecture 31 : Categorization of major geological structures affecting stability of engineering structures
- Lecture 32 : Major geological structures Fold, Faults, joints
- Lecture 33 : Major geological structures: sedimentary structures, unconformity and effect of geological structures on stability of engineering structures
- Lecture 34 : Effects of beddings, folds, faults, joints and unconformity on stability of dams
- Lecture 35 : Effects of beddings, folds, faults, joints and unconformity on ground control aspects of tunnels
- Lecture 36 : Rock-load/ground pressure, factors affecting ground pressure
- Lecture 37 : Methods for determination of rock load: empirical approaches
- Lecture 38 : Methods for determination of rock load: empirical, semi-empirical approaches
- Lecture 39 : Methods for determination of rock load: Structural defect and rock-support interaction approach
- Lecture 40 : Unified approach, support system, and mechanics of rock bolt working
- Lecture 41 : About road and highway features and pavement
- Lecture 42 : Stress distributions and engineering geological facets of new road/highway alignments
- Lecture 43 : About bridges, classifications and working mechanism
- Lecture 44 : Engineering geological facets of bridges and material quality
- Lecture 45 : Building, building foundation and foundation strata
- Lecture 46 : Landslide
- Lecture 47 : Landslide Hazards Zonation, causes and mitigation
- Lecture 48 : Slope stability aspects of landslide
- Lecture 49 : Earthquakes
- Lecture 50 : Induced seismicity
- Lecture 51 : Sea, seacoast, features and agents
- Lecture 52 : Wave propagations and concept of surf zones and breaking of waves
- Lecture 53 : Waves propagation in different depth and wave mechanics
- Lecture 54 : Erosion induced and deposition assisted sea landforms
- Lecture 55 : Sea shore hazards, mitigation and protective structures
- Lecture 56 : Energy and introductory aspects of geothermal energy
- Lecture 57 : Geothermal resources and enhanced geothermal systems
- Lecture 58 : Geotechnical facets of gas hydrate
- Lecture 59 : Engineering geological facets of CBM and shale gas
- Lecture 60 : Engineering geological aspect of carbon capture, usage and storage (CCUS)