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Wave propagation over a bump can be extended by wave propagation over a flat bottom. Variable separation method is apllied to Laplace equation for monochromatic waves. The amplitude of the transmitted and reflected waves are determined by continuing of the water surface and the flux passing of the b...
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id-itb.:165042017-09-27T11:43:09Z#TITLE_ALTERNATIVE# HARO RAJAGUKGUK ( NIM 10104009) pembimbing : Dr. Leo Hari Wiryanto, MOSSAR Indonesia Final Project INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/16504 Wave propagation over a bump can be extended by wave propagation over a flat bottom. Variable separation method is apllied to Laplace equation for monochromatic waves. The amplitude of the transmitted and reflected waves are determined by continuing of the water surface and the flux passing of the bottom topography. The shallowest bump will produce maximum of transmitted wave amplitude. <br /> text |
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Wave propagation over a bump can be extended by wave propagation over a flat bottom. Variable separation method is apllied to Laplace equation for monochromatic waves. The amplitude of the transmitted and reflected waves are determined by continuing of the water surface and the flux passing of the bottom topography. The shallowest bump will produce maximum of transmitted wave amplitude. <br />
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HARO RAJAGUKGUK ( NIM 10104009) pembimbing : Dr. Leo Hari Wiryanto, MOSSAR |
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HARO RAJAGUKGUK ( NIM 10104009) pembimbing : Dr. Leo Hari Wiryanto, MOSSAR #TITLE_ALTERNATIVE# |
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HARO RAJAGUKGUK ( NIM 10104009) pembimbing : Dr. Leo Hari Wiryanto, MOSSAR |
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HARO RAJAGUKGUK ( NIM 10104009) pembimbing : Dr. Leo Hari Wiryanto, MOSSAR |
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