ME 697R Lecture 3.9: Molecular Dynamics - Modal Methods

By Xiulin Ruan

Mechanical Engineering, Purdue University, West Lafayette, IN

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  • Xiulin Ruan (2019), "ME 697R Lecture 3.9: Molecular Dynamics - Modal Methods," https://nanohub.org/resources/31253.

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2004, Mechanical Engineering, Purdue University, West Lafayette, IN

ME 697R Lecture 3.9: Molecular Dynamics - Modal Methods
  • ME 697R: Computational Methods for Nanoscale Energy Transport Chapter 3: Molecular Dynamics Section 3.9: Modal Methods Xiulin Ruan School of Mechanical Engineering Purdue University 1. ME 697R: Computational Methods… 0
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  • Thermal Radiation: Broad Band Photons 2. Thermal Radiation: Broad Band … 56.289622956289627
    00:00/00:00
  • Heat Conduction: Broad Band Phonons 3. Heat Conduction: Broad Band Ph… 240.30697364030698
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  • Spectral Phonon Properties 4. Spectral Phonon Properties 341.30797464130796
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  • Spectral and Gray Approaches 5. Spectral and Gray Approaches 480.64731398064731
    00:00/00:00
  • Phonon Normal Mode Analysis 6. Phonon Normal Mode Analysis 912.57924591257927
    00:00/00:00
  • Spectral and Accumulated k v.s. MFP 7. Spectral and Accumulated k v.s… 1162.5625625625626
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  • Relaxation Time and Mean Free Path for Bi2Te3 8. Relaxation Time and Mean Free … 1409.7764431097764
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  • Thermal Conductivity Accumulation 9. Thermal Conductivity Accumulat… 1479.1124457791125
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  • Thermal Conductivity Accumulation: Experiment 10. Thermal Conductivity Accumulat… 1740.7073740407075
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  • Total Phonon Scattering Rate for Perturbed Systems 11. Total Phonon Scattering Rate f… 1791.8585251918587
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  • Spectral Methods for Perturbed Systems 12. Spectral Methods for Perturbed… 1946.7467467467468
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  • Spectral Phonon Relaxation Time tk,n 13. Spectral Phonon Relaxation Tim… 2058.6920253586923
    00:00/00:00
  • Phonon mean free path and thermal conductivity per mode 14. Phonon mean free path and ther… 2266.1327994661328
    00:00/00:00
  • Thermal Conductivity Decomposition 15. Thermal Conductivity Decomposi… 2372.6059392726061
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  • Modal Phonon Relaxation Time Tool 16. Modal Phonon Relaxation Time T… 2524.4577911244578
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  • Spectral Phonon Relaxation Time Tool 17. Spectral Phonon Relaxation Tim… 2582.4491157824491
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  • User Statistics 18. User Statistics 2629.4961628294964
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  • Other Modal Analysis Techniques 19. Other Modal Analysis Technique… 2709.6763430096767
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  • Non-equilibrium Molecular Dynamics 20. Non-equilibrium Molecular Dyna… 2825.0583917250583
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  • Formalism: Phonon Temperature 21. Formalism: Phonon Temperature 2858.1581581581581
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  • EMD: Temperature Equilibrium Confirmed 22. EMD: Temperature Equilibrium C… 2933.633633633634
    00:00/00:00
  • Feng, Yao, Wang, Shi, Li, Cao, and Ruan 23. Feng, Yao, Wang, Shi, Li, Cao,… 2952.3523523523527
    00:00/00:00
  • Modal Phonon Temperature Gradient 24. Modal Phonon Temperature Gradi… 3094.6279612946282
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  • Modal Phonon Heat Flux 25. Modal Phonon Heat Flux 3140.2068735402072
    00:00/00:00
  • Graphene-substrate Interfacial Heat Transfer 26. Graphene-substrate Interfacial… 3311.1778445111781
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  • Graphene-substrate Heat Transfer 27. Graphene-substrate Heat Transf… 3551.7517517517517
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  • Graphene-graphene Junction 28. Graphene-graphene Junction 3600.3003003003005
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  • NanoHUB Tool 29. NanoHUB Tool 3673.4734734734734
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  • Guidance 30. Guidance 3680.8141474808144
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  • Phonon Wave-packet Method 31. Phonon Wave-packet Method 3914.3143143143143
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  • Phonon Wave Packet across Junction 32. Phonon Wave Packet across Junc… 3966.5999332666
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