Course modules
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Recorded lectures
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PageIntroduction IntroductionScore at least Must score at least to complete this module item Scored at least Module item has been completed by scoring at least View Must view in order to complete this module item Viewed Module item has been viewed and is complete Mark completed Must mark this module item done in order to complete Marked completed Module item marked as done and is complete Contribute Must contribute to this module item to complete it Contributed Contributed to this module item and is complete Submit Must submit this module item to complete it Submitted Module item submitted and is complete
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PageLecture Fluid Mechanics 1. Euler-Lagrange, strain-rate, vorticity, rotation, eigenvalues Lecture Fluid Mechanics 1. Euler-Lagrange, strain-rate, vorticity, rotation, eigenvaluesScore at least Must score at least to complete this module item Scored at least Module item has been completed by scoring at least View Must view in order to complete this module item Viewed Module item has been viewed and is complete Mark completed Must mark this module item done in order to complete Marked completed Module item marked as done and is complete Contribute Must contribute to this module item to complete it Contributed Contributed to this module item and is complete Submit Must submit this module item to complete it Submitted Module item submitted and is complete
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PageLecture Fluid Mechanics 2. Navier-Stokes, Energy equations, conservative -- non-conservative, The Rayleigh problem Lecture Fluid Mechanics 2. Navier-Stokes, Energy equations, conservative -- non-conservative, The Rayleigh problemScore at least Must score at least to complete this module item Scored at least Module item has been completed by scoring at least View Must view in order to complete this module item Viewed Module item has been viewed and is complete Mark completed Must mark this module item done in order to complete Marked completed Module item marked as done and is complete Contribute Must contribute to this module item to complete it Contributed Contributed to this module item and is complete Submit Must submit this module item to complete it Submitted Module item submitted and is complete
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PageLecture Fluid Mechanics 3. channel flow, flat-plate boundary layer, Blasius Lecture Fluid Mechanics 3. channel flow, flat-plate boundary layer, BlasiusScore at least Must score at least to complete this module item Scored at least Module item has been completed by scoring at least View Must view in order to complete this module item Viewed Module item has been viewed and is complete Mark completed Must mark this module item done in order to complete Marked completed Module item marked as done and is complete Contribute Must contribute to this module item to complete it Contributed Contributed to this module item and is complete Submit Must submit this module item to complete it Submitted Module item submitted and is complete
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PageLecture Fluid Mechanics 4. 3D and 2D vorticity transport eqns, vortex-stretching, vorticity flux Lecture Fluid Mechanics 4. 3D and 2D vorticity transport eqns, vortex-stretching, vorticity fluxScore at least Must score at least to complete this module item Scored at least Module item has been completed by scoring at least View Must view in order to complete this module item Viewed Module item has been viewed and is complete Mark completed Must mark this module item done in order to complete Marked completed Module item marked as done and is complete Contribute Must contribute to this module item to complete it Contributed Contributed to this module item and is complete Submit Must submit this module item to complete it Submitted Module item submitted and is complete
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PageLecture Fluid Mechanics 5. Bernoulli eq, komplex potential, Cauchy-Riemann, Magnus effect, table tennis, free-kicks in football, Flettner rotors Lecture Fluid Mechanics 5. Bernoulli eq, komplex potential, Cauchy-Riemann, Magnus effect, table tennis, free-kicks in football, Flettner rotorsScore at least Must score at least to complete this module item Scored at least Module item has been completed by scoring at least View Must view in order to complete this module item Viewed Module item has been viewed and is complete Mark completed Must mark this module item done in order to complete Marked completed Module item marked as done and is complete Contribute Must contribute to this module item to complete it Contributed Contributed to this module item and is complete Submit Must submit this module item to complete it Submitted Module item submitted and is complete
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PageLecture Fluid Mechanics 6. Introduction to turbulence: energy spectrum, Kolmogorov scales, -5/3 law-2 Lecture Fluid Mechanics 6. Introduction to turbulence: energy spectrum, Kolmogorov scales, -5/3 law-2Score at least Must score at least to complete this module item Scored at least Module item has been completed by scoring at least View Must view in order to complete this module item Viewed Module item has been viewed and is complete Mark completed Must mark this module item done in order to complete Marked completed Module item marked as done and is complete Contribute Must contribute to this module item to complete it Contributed Contributed to this module item and is complete Submit Must submit this module item to complete it Submitted Module item submitted and is complete
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PageLecture Fluid Mechanics 7. RANS, turbulent stresses, linear wall law, log-law, viscos and turbulent forces Lecture Fluid Mechanics 7. RANS, turbulent stresses, linear wall law, log-law, viscos and turbulent forcesScore at least Must score at least to complete this module item Scored at least Module item has been completed by scoring at least View Must view in order to complete this module item Viewed Module item has been viewed and is complete Mark completed Must mark this module item done in order to complete Marked completed Module item marked as done and is complete Contribute Must contribute to this module item to complete it Contributed Contributed to this module item and is complete Submit Must submit this module item to complete it Submitted Module item submitted and is complete
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PageLecture Fluid Mechanics 8. Rules for time averaging, Boussinesq assumption, turbulent viscosity, derivation of exact k equation Lecture Fluid Mechanics 8. Rules for time averaging, Boussinesq assumption, turbulent viscosity, derivation of exact k equationScore at least Must score at least to complete this module item Scored at least Module item has been completed by scoring at least View Must view in order to complete this module item Viewed Module item has been viewed and is complete Mark completed Must mark this module item done in order to complete Marked completed Module item marked as done and is complete Contribute Must contribute to this module item to complete it Contributed Contributed to this module item and is complete Submit Must submit this module item to complete it Submitted Module item submitted and is complete
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PageLecture Fluid Mechanics 9. derivation of mean kinetic energy equation K, energy flow between k and K, formulation of modelled k and eps equations Lecture Fluid Mechanics 9. derivation of mean kinetic energy equation K, energy flow between k and K, formulation of modelled k and eps equationsScore at least Must score at least to complete this module item Scored at least Module item has been completed by scoring at least View Must view in order to complete this module item Viewed Module item has been viewed and is complete Mark completed Must mark this module item done in order to complete Marked completed Module item marked as done and is complete Contribute Must contribute to this module item to complete it Contributed Contributed to this module item and is complete Submit Must submit this module item to complete it Submitted Module item submitted and is complete
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PageLecture Fluid Mechanics 10. wall functions, low-re number k-eps model, Taylor expansion, near-wall behavior, damping functions, wall b.c. for epsilon Lecture Fluid Mechanics 10. wall functions, low-re number k-eps model, Taylor expansion, near-wall behavior, damping functions, wall b.c. for epsilonScore at least Must score at least to complete this module item Scored at least Module item has been completed by scoring at least View Must view in order to complete this module item Viewed Module item has been viewed and is complete Mark completed Must mark this module item done in order to complete Marked completed Module item marked as done and is complete Contribute Must contribute to this module item to complete it Contributed Contributed to this module item and is complete Submit Must submit this module item to complete it Submitted Module item submitted and is complete
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PageAssignment 1, channel flow, introduction Assignment 1, channel flow, introductionScore at least Must score at least to complete this module item Scored at least Module item has been completed by scoring at least View Must view in order to complete this module item Viewed Module item has been viewed and is complete Mark completed Must mark this module item done in order to complete Marked completed Module item marked as done and is complete Contribute Must contribute to this module item to complete it Contributed Contributed to this module item and is complete Submit Must submit this module item to complete it Submitted Module item submitted and is complete
eBook: Fluid dynamics, turbulent flow and turbulence modeling
eBook: Fluid dynamics, turbulent flow and turbulence modeling
Module completed
Module in progress
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On-line lectures
On-line lectures
Module completed
Module in progress
Module locked
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PageFluid mechanics: Eularian and Lagrangian Description Fluid mechanics: Eularian and Lagrangian DescriptionScore at least Must score at least to complete this module item Scored at least Module item has been completed by scoring at least View Must view in order to complete this module item Viewed Module item has been viewed and is complete Mark completed Must mark this module item done in order to complete Marked completed Module item marked as done and is complete Contribute Must contribute to this module item to complete it Contributed Contributed to this module item and is complete Submit Must submit this module item to complete it Submitted Module item submitted and is complete
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PageBoundary layers Boundary layersScore at least Must score at least to complete this module item Scored at least Module item has been completed by scoring at least View Must view in order to complete this module item Viewed Module item has been viewed and is complete Mark completed Must mark this module item done in order to complete Marked completed Module item marked as done and is complete Contribute Must contribute to this module item to complete it Contributed Contributed to this module item and is complete Submit Must submit this module item to complete it Submitted Module item submitted and is complete
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PagePressure Fields and acceleration Pressure Fields and accelerationScore at least Must score at least to complete this module item Scored at least Module item has been completed by scoring at least View Must view in order to complete this module item Viewed Module item has been viewed and is complete Mark completed Must mark this module item done in order to complete Marked completed Module item marked as done and is complete Contribute Must contribute to this module item to complete it Contributed Contributed to this module item and is complete Submit Must submit this module item to complete it Submitted Module item submitted and is complete
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PageTurbulence TurbulenceScore at least Must score at least to complete this module item Scored at least Module item has been completed by scoring at least View Must view in order to complete this module item Viewed Module item has been viewed and is complete Mark completed Must mark this module item done in order to complete Marked completed Module item marked as done and is complete Contribute Must contribute to this module item to complete it Contributed Contributed to this module item and is complete Submit Must submit this module item to complete it Submitted Module item submitted and is complete
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PageVorticity, part 1 Vorticity, part 1Score at least Must score at least to complete this module item Scored at least Module item has been completed by scoring at least View Must view in order to complete this module item Viewed Module item has been viewed and is complete Mark completed Must mark this module item done in order to complete Marked completed Module item marked as done and is complete Contribute Must contribute to this module item to complete it Contributed Contributed to this module item and is complete Submit Must submit this module item to complete it Submitted Module item submitted and is complete
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PageVorticity, part 2 Vorticity, part 2Score at least Must score at least to complete this module item Scored at least Module item has been completed by scoring at least View Must view in order to complete this module item Viewed Module item has been viewed and is complete Mark completed Must mark this module item done in order to complete Marked completed Module item marked as done and is complete Contribute Must contribute to this module item to complete it Contributed Contributed to this module item and is complete Submit Must submit this module item to complete it Submitted Module item submitted and is complete
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PageFlow visualization Flow visualizationScore at least Must score at least to complete this module item Scored at least Module item has been completed by scoring at least View Must view in order to complete this module item Viewed Module item has been viewed and is complete Mark completed Must mark this module item done in order to complete Marked completed Module item marked as done and is complete Contribute Must contribute to this module item to complete it Contributed Contributed to this module item and is complete Submit Must submit this module item to complete it Submitted Module item submitted and is complete