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Molecular-Level Simulations of Turbulence and its Decay
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Classroom Contents
Turbulence - Arrow of Time and Equilibrium-Nonequilibrium Behaviour
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- 1 Turbulence: Arrow of time equilibrium-Equilibrium behaviour
- 2 What is the controversy?
- 3 Fundamental forces respect time reversal symmetry
- 4 Newton's laws of motion
- 5 In real life?
- 6 A solution: Second law of thermodynamics
- 7 Take turbulence as an example
- 8 NS equation
- 9 Multiscale phenomena Driven-dissipative nonequilibrium phenomena
- 10 Books
- 11 Hydrodynamic turbulence
- 12 Kolmogorov's theory of turbulence
- 13 Properties of ET
- 14 Energy transfer
- 15 Interpretations
- 16 Nice! Problem solved!
- 17 Viscous dissipation?
- 18 Coherent energy -Incoherent energy
- 19 Two-dimensional turbulence
- 20 Two-dimensional & rotating turbulence
- 21 Past works
- 22 Cosmological arrow of time
- 23 Causality
- 24 Conclusions-I
- 25 Equilibrium behaviour
- 26 Initial condition: Random velocity
- 27 Effective Dissipation and Turbulence in Spectrally Truncated Euler Flows
- 28 Connection with kinetic theory
- 29 Kinetic theory
- 30 Homogeneous isotropic gas under a equilibrium state
- 31 Molecular-Level Simulations of Turbulence and its Decay
- 32 Initial condition dependence
- 33 Moral of the story!
- 34 Q&A
