Asymptotic Expansions, Stokes Phenomenon, Regular and Singular Perturbations of Algebraic and Transcendental Equations, Dominant Balance, Local Solutions of Ordinary Differential Equations, Integrals # Watson's Lemma, Laplace Method, Fourier-type Integrals, Stationary Phase, Steepest Descant, Nonlocal Contributions,matched Asymptotic Expansions# Boundary Layers, Weak Advections, Multiple Scales# Wkb, Turning Points, Poincare-lindstedt, Resonance. Learning Outcomes# The Student Will Be Able to Obtain Systematic Approximations.

Faculty: Mathematics
|Graduate Studies

Pre-required courses

104122 - Complex Function Theory 1 or 104215 - Complex Functions A or 104221 - Complex Functions and Integral Transform


Course with no extra credit

198001 - Asymptotic Methods 1 198002 - Asymptotic Methods 2


Semestrial Information