This approach is then used to solve the wave equation for an underwater acoustic duct described by an Epstein layer. Only the residue expansion is evaluated. From the residue expansion, propagation ...
\partial u / \partial n = cos(m*pi*x), for x = 0; \partial u / \partial n = -iku, for x = 2; \partial u / \partial n = 0, for y=0 and y=1 Exact solution: u(x,y) = cos ...
Evaporation Duct,Evaporation Duct Height,Low Wind Speed,Sea Surface,Sea Surface Temperature,Acoustic Model,Acoustic Signals,Acoustic Waves,Atmospheric Conditions ...
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