Mahendra K. Verma is currently working as Professor in the Department of Physics, Indian Institute of Technology, Kanpur. He has been an associate of the International Centre for Theoretical Physics (ICTP), Italy (2004-09), and a member of the Program Advisory Committee of Science and Engineering Research Board, India. He works in the broad area of turbulence and nonlinear dynamics, with specialization in magneto hydrodynamics, buoyancy-driven flows, dynamo, and high performance computing. He has been teaching undergraduate and graduate courses at the Indian Institutes of Technology, Kanpur for the past twenty-one years. He has designed and taught courses such as physics of turbulence, magneto hydrodynamics, atmospheric physics, nonlinear physics, computational physics, and introduction to high performance computing for scientists and engineers. He has published more than eighty papers in journals and conferences of national and international repute.
Inhaltsangabe
Preface Acknowledgement Dedication Part I: 1. Introduction 2. Basics of Hydrodynamics 3. Fourier space description of hydrodynamics 4. Energy transfers in hydrodynamic flows 5. Energy spectrum and flux of 3D hydrodynamics 6. Enstrophy transfers in hydrodynamics 7. Two-dimensional turbulence 8. Helical turbulence 9. Craya-Herring and helical basis 10. Field-theoretic treatment of energy transfers 11. Energy transfers in anisotropic flows' 12. Energy transfers in real space Part II: 13. Energy transfers in passive scalar 14. Stably stratified turbulence 15. Thermal convection 16. Rotating turbulence 17. Magnetohydrodynamic turbulence: Formalism 18. Magnetohydrodynamic turbulence: applications 19. Magnetic Field Generation in MHD 20. Energy transfers in compressible turbulence 21. Shell modes of turbulence 22. Miscellaneous applications of energy transfers Appendix A. Power lay physics Appendix B. Money or wealth transfers in economy Appendix C. Renormalization group analysis of hydrodynamic turbulence Notes References Subject Index.
Preface Acknowledgement Dedication Part I: 1. Introduction 2. Basics of Hydrodynamics 3. Fourier space description of hydrodynamics 4. Energy transfers in hydrodynamic flows 5. Energy spectrum and flux of 3D hydrodynamics 6. Enstrophy transfers in hydrodynamics 7. Two-dimensional turbulence 8. Helical turbulence 9. Craya-Herring and helical basis 10. Field-theoretic treatment of energy transfers 11. Energy transfers in anisotropic flows' 12. Energy transfers in real space Part II: 13. Energy transfers in passive scalar 14. Stably stratified turbulence 15. Thermal convection 16. Rotating turbulence 17. Magnetohydrodynamic turbulence: Formalism 18. Magnetohydrodynamic turbulence: applications 19. Magnetic Field Generation in MHD 20. Energy transfers in compressible turbulence 21. Shell modes of turbulence 22. Miscellaneous applications of energy transfers Appendix A. Power lay physics Appendix B. Money or wealth transfers in economy Appendix C. Renormalization group analysis of hydrodynamic turbulence Notes References Subject Index.
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