ኮርስ · Graduate
Partial Differential Equations
Transport, heat, wave and Laplace equations, Fourier methods, energy and maximum principles, weak derivatives, Sobolev spaces, well-posedness and scaling.
A graduate course in partial differential equations that starts with classification and characteristics and ends with the tools used to study the Navier-Stokes equations. You solve the four model equations by hand (characteristics, separation of variables, Fourier series and transforms, d'Alembert, Green's functions), then learn the methods that work without formulas: maximum principles, energy estimates, distributions and weak derivatives, Sobolev spaces, a priori estimates and scaling.
It assumes multivariable calculus, ordinary differential equations, linear algebra and a first course in analysis, and it prepares you for the fluid dynamics course.
ከ: Multivariable-Calculus, Differential-Equations, Linear-Algebra, Analysis
የኮርሱ
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Classification and first-order equations
3 ማስተማሪያ -
The heat equation and Fourier series
4 ማስተማሪያ -
The wave equation
2 ማስተማሪያ -
Laplace's equation, maximum principles and Green's functions
3 ማስተማሪያ -
Fourier transforms and energy methods
2 ማስተማሪያ -
Distributions and Sobolev spaces
2 ማስተማሪያ -
Well-posedness, estimates and scaling
3 ማስተማሪያ
የመጨረሻው ምርመራ
ጥያቄዎች ከየአካባቢው ጥያቄዎች, በጣም አስቸጋሪዎቹ መጨረሻ. የተጻፉ መልሶች በአልጀርባ ስርዓት ምልክት; ማስረጃዎች እና ፎቶግራፍ ስራዎች በሞዴል ይነበባሉ; ከዚያ ሰው ሁሉንም ጽሑፍ ውጤትዎ ከመለቀቁ በፊት ይመልከቱ. ተቀበሉ እና የራሱን አገናኝ ያለውን ማስረጃ ያገኛሉ. ተቀባይ: 70%.
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