Chapter 6 The foundations of oceanic dynamics and climate modeling

Mathematics

• Climate Modeling 100%
• Dynamic Modeling 79%
• Ocean 69%
• Climate 19%
• Atmospheric Effects 13%
• Salinity 12%
• Navier-Stokes Equations 11%
• Thin Domains 9%
• Stokes Operator 9%
• Energy 9%
• Model 9%
• Nonautonomous Equation 8%
• Skew Product 8%
• Existence Theory 8%
• Natural Frequency 8%
• Theorem 8%
• Existence-uniqueness 7%
• Transport Equation 7%
• Systems of Partial Differential Equations 7%
• Global Attractor 7%
• Thing 7%
• Periodic Functions 7%
• Strong Solution 6%
• Heat 6%
• Vary 6%
• Calculate 5%
• Mathematical Model 5%
• Upper bound 4%
• Boundary conditions 4%

Physics & Astronomy

• climate 71%
• oceans 61%
• theorems 17%
• Navier-Stokes equation 13%
• solar orbits 10%
• atmospheric effects 10%
• periodic functions 9%
• salinity 9%
• uniqueness 8%
• solar system 7%
• partial differential equations 6%
• resonant frequencies 6%
• mathematical models 5%
• boundary conditions 5%
• operators 5%
• heat 4%
• products 4%
• energy 4%
• temperature 2%

Engineering & Materials Science

• Navier Stokes equations 27%
• Earth (planet) 23%
• Solar system 16%
• Partial differential equations 13%
• Natural frequencies 11%
• Boundary conditions 10%
• Mathematical models 9%
• Hot Temperature 6%
• Temperature 5%