Course: 979SM - FLUIDODINAMICA GEOFISICA 2023

Section outline

Select section General

General

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- Select activity Annunci
  
  Annunci Forum
Select section Syllabus del corso

Syllabus del corso
- Select activity Syllabus
  
  Syllabus File PDF
Select section Introduction to Fluid Mechanics: Properties and definition; Newton's law of viscosity; Fluid Statics; Static Stability; Pressure and Temperature changes in compressible and incompressible mediums; Hydrostasy; Buoyancy force

Introduction to Fluid Mechanics: Properties and definition; Newton's law of viscosity; Fluid Statics; Static Stability; Pressure and Temperature changes in compressible and incompressible mediums; Hydrostasy; Buoyancy force
- Select activity Slides 1
  
  Slides 1 File PDF
- Select activity Slides 2
  
  Slides 2 File PDF
Select section Cartesian Tensors; Kronecker Delta and Alternating tensor; Gauss' and Stokes' theorem; the Lagrangian derivative; Streamlines; Linear and Shear strain rates; Vorticity and Circulation; Relative motion near a point

Cartesian Tensors; Kronecker Delta and Alternating tensor; Gauss' and Stokes' theorem; the Lagrangian derivative; Streamlines; Linear and Shear strain rates; Vorticity and Circulation; Relative motion near a point
- Select activity Slides 3
  
  Slides 3 File PDF
- Select activity Slides 4
  
  Slides 4 File PDF
Select section Streamfunction; Leibnitz Theorem and the Reynolds Transport Theorem; Conservation of mass

Streamfunction; Leibnitz Theorem and the Reynolds Transport Theorem; Conservation of mass
Select section Conservation law for a substance; eddy diffusivity; Conservation of momentum; rotating frame of reference

Conservation law for a substance; eddy diffusivity; Conservation of momentum; rotating frame of reference
- Select activity slides 5
  
  slides 5 File PDF
- Select activity slides 6
  
  slides 6 File PDF
Select section Mass conservation

Mass conservation
- Select activity Lecture 5
  
  Lecture 5 File PDF
Select section Energy and thermal equation

Energy and thermal equation
- Select activity lecture 6
  
  lecture 6 File PDF
Select section The Bernoulli theorem. Vorticity Dynamics

The Bernoulli theorem. Vorticity Dynamics
- Select activity Lecture 7
  
  Lecture 7 File PDF
Select section Scales of motion, rotation/stratification in atmosphere and ocean

Scales of motion, rotation/stratification in atmosphere and ocean
- Select activity GFD-01
  
  GFD-01 File PDF
Select section Importance of rotation/stratification in atmosphere and ocean, Coriolis force, governing equations, primitive equations

Importance of rotation/stratification in atmosphere and ocean, Coriolis force, governing equations, primitive equations
- Select activity GFD-02
  
  GFD-02 File PDF
Select section Geostrophic flows, Barotropic flows, Ekman layers

Geostrophic flows, Barotropic flows, Ekman layers
- Select activity GFD-03
  
  GFD-03 File PDF
Select section Barotropic waves: Kelvin, Poincare', Rossby, Topographic

Barotropic waves: Kelvin, Poincare', Rossby, Topographic
- Select activity GFD-04
  
  GFD-04 File PDF
Select section Stratification and Mixing

Stratification and Mixing
- Select activity GFD-05
  
  GFD-05 File PDF