Lehrinhalte
Lectures: introduction (basics of acoustics, wave equation, and relevant mathematics), sound field computation: general formulation of the task, approximate solution strategies, finite difference method, integral formulations, finite elements, shape functions, element matrices, modal extraction, harmonic analysis, practical application of the finite element method, Green's function, Kirchhoff-Helmholtz-Integral equation, boundary elements, collocation, thin structures, Rayleigh's formula, method of equivalent sources
Exercises: computer-based exercises, implementation of basic numerical methods in Python, exercises on mesh generation, application of an industry-grade software tool for numerical acoustics computations, problem-solving strategies
