Engineering Geology

-

Minerals 

  1. Physical properties and detailed study of certain rock-forming minerals. 

Rocks

  1. Thier Origin, structure, texture and, 
  2. Classification of igneous, sedimentary and metamorphic and metamorphic rocks and their suitability as engineering materials, 
  3. Building stones, 
  4. Engineering properties of rooks. 
  5. Stratification, lamination bedding, and dip strike of bed, overlap. 

Rock deformation

  1. Folds, 
  2. Faults, 
  3. joints unconformity and their classification, 
  4. causes, and relation to engineering behavior of rock masses. 

  • Earthquake, its causes, classification, seismic zones of India and geological consideration for construction of a building.
  • Underground water, Origin, Aquifier, Acqicludes, Artesian wells, Underground provinces of India and it's roles as geological Hazzard.
  • Geological investigation for site selection of Dams and Reservoirs, tunnels, Bridge, and highways.
  • Principles of geophysical explorations, methods for subsurface structure.


Popular posts from this blog

Environment and Ecology

-
Table of Contents Genral Ecology Air Pollution and control Water Pollution and Control Land Pollution  Noise Pollution General Introsuction, components of environment,  envoirenment degredation. Ecology Elements of ecology, Ecological balance and consequences of change,  principles of environmental impacts assesments. Air pollution and control Atmospheric composition,  energy balance, climate,  weather, dispersion, sources, and effects of pollutants, primary and secondary pollutants, greenhouse effects,  depletion of ozone layer.  standards and control measures. Water pollution and control Hydrosphere,  natural water,  pollutants their origin and effects,  river/lake/groundwater pollution standards and control. Land Pollution Lithosphere, Pollutants(Municipal, industrial, commercial, agricultural, hazardous solid wastes): their origin and effects, Collection and disposal of solid waste, recovery and convention methods.
Read more

Types of Foundation and their Uses.

-
Image
Types of Foundation and their Uses. Following are different types of foundations used in construction: Shallow foundation Individual footing or isolated footing Combined footing Strip foundation Raft or mat foundation Deep Foundation Pile foundation Drilled Shafts or caissons *Types of Shallow Foundations Individual Footing or Isolated Footing Individual footing or an isolated footing is the most common type of foundation used for building construction. This foundation is constructed for single column and also called as pad foundation. The shape of the individual footing is square or rectangle and is used when loads from the structure are carried by the columns. Size is calculated based on the load on the column and safe bearing capacity of the soil. The rectangular isolated footing is selected when the foundation experiences moments due to the eccentricity of loads or due to horizontal forces. For example, Consider a column with a vertical load of 200
Read more

Engineering Chemistry

-
Image
Table of Contents: Atoms and Molecules Reaction dynamics Electrochemistry Transition Metal Chemistry Organometallic Chemistry Structure and Reactivity of Organic Molecules Polymerization Photochemistry Atoms and Molecules Particle in a box illustrating energy quantization, Angular momentum quantization, (extended) Radial and angular parts of H atom, Wave functions/orbitals, Probability and charge distribution. Many electron atoms, Homonuclear , and heteronuclear diatomic, Covalent bonds, ionic bonds, and electronegativity concepts, Hybridization and shapes of molecules. Non- covalent interaction(Van Der Waal and hydrogen bonding.) Reaction Dynamics Rate Laws, Mechanics and theories of reaction rates(Collision and transition state theory) Lasers in chemistry. Electrochemistry Application of electrode potentials to predict redox reactions in solution with special reference to the Lattimer and Frost diag
Read more