"This book is useful for graduate students studying partial differential equations ... the authors managed to present a fairly large amount of material."Zentralblatt MATH

• Preliminary Knowledge; L2 Theory of Linear Elliptic Equations; L2 Theory of Linear Parabolic Equations; De Giorgi Iteration and Moser Iteration; Harnack's Inequalities; Schauder's Estimates for Linear Elliptic Equations; Schauder's Estimates for Linear Parabolic Equations; Existence of Classical Solutions for Linear Equations; Lp Estimates for Linear Equations and Existence of Strong Solutions; Fixed Point Method; Topological Degree Method; Monotone Method; Degenerate Equations.

"This book is useful for graduate students studying partial differential equations ... the authors managed to present a fairly large amount of material."Zentralblatt MATH

• Preliminary Knowledge; L2 Theory of Linear Elliptic Equations; L2 Theory of Linear Parabolic Equations; De Giorgi Iteration and Moser Iteration; Harnack's Inequalities; Schauder's Estimates for Linear Elliptic Equations; Schauder's Estimates for Linear Parabolic Equations; Existence of Classical Solutions for Linear Equations; Lp Estimates for Linear Equations and Existence of Strong Solutions; Fixed Point Method; Topological Degree Method; Monotone Method; Degenerate Equations.

"This book is useful for graduate students studying partial differential equations ... the authors managed to present a fairly large amount of material."Zentralblatt MATH

• Preliminary Knowledge; L2 Theory of Linear Elliptic Equations; L2 Theory of Linear Parabolic Equations; De Giorgi Iteration and Moser Iteration; Harnack's Inequalities; Schauder's Estimates for Linear Elliptic Equations; Schauder's Estimates for Linear Parabolic Equations; Existence of Classical Solutions for Linear Equations; Lp Estimates for Linear Equations and Existence of Strong Solutions; Fixed Point Method; Topological Degree Method; Monotone Method; Degenerate Equations.