Series 1. Normal modes in 3D shallow-water waveguides: from theory to computational models and applications
Lecture 1.1 P.S. Petrov, “Normal modes in 3D shallow-water waveguides: main equations and their analytical solutions”
Lecture1.2 S.B. Kozitskiy, “A mode parabolic equation method in the case of the resonant mode interaction”
Lecture 1.3 S.B. Kozitskiy, “Mode Gaussian beam tracing, and the modeling of pulse propagation using mode parabolic equations”
Lecture 1.4 S.B. Kozitskiy, “Weak shear modulus in the acoustic mode parabolic equation”
Series 2. Parabolic equations: standard theory vs iterative parabolic approximations
Lecture 2.1 P.S. Petrov, On the two different approaches to the derivation of parabolic equations
Lecture 2.2 P.S. Petrov, Domain truncation issue in the parabolic equation theory: what do TBC, PML, CAP mean, and how they work?
Calendar:
| 7.3 | 7.4 | 7.5 | 7.6 |
Morning 9:30-11:00 | | Lecture 1.2 | Lecture 1.4 | Lecture 2.2 |
Afternoon 15:00-16:30 | Lecture 1.1 | Lecture 1.3 | Lecture 2.1 | |
Location: Academic lecture hall on the 15th floor of the Underwater Acoustic Engineering Building
