MODELLING AND SIMULATION OF WAVE RUN-UP IN U-SHAPED BAYS
The problem of wave run-up is an important issue related to the tsunami disaster. When a large tsunami wave hits the coast, it can propagate far inland and reach a certain run-up height. Some research results suggest that in the bay area, the waves achieve a higher run-up than the usual sloping b...
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id-itb.:548112021-06-05T14:14:58ZMODELLING AND SIMULATION OF WAVE RUN-UP IN U-SHAPED BAYS Mene Risriani, Vania Indonesia Theses Saint-Venant equation, conservative scheme, U-shaped bays, shoaling, maximum of run-up wave. INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/54811 The problem of wave run-up is an important issue related to the tsunami disaster. When a large tsunami wave hits the coast, it can propagate far inland and reach a certain run-up height. Some research results suggest that in the bay area, the waves achieve a higher run-up than the usual sloping beaches. Our study here uses the Saint-Venant equations to model the wave dynamics in the bay, while numerically we use the momentum conserving staggered grid (abbreviated as the MCS) scheme. In this thesis, the problem of shoaling and wave run-up in two types of bays, namely Bm and B m bays, were examined. Our numerical results show a good fit when compared to the analytical solutions in the literature. Therefore it can be concluded that the MCS scheme is good and accurate for modeling wave run-up events in the bay. text |
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Institut Teknologi Bandung |
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Indonesia Indonesia |
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Indonesia |
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The problem of wave run-up is an important issue related to the tsunami disaster.
When a large tsunami wave hits the coast, it can propagate far inland and reach a
certain run-up height. Some research results suggest that in the bay area, the waves
achieve a higher run-up than the usual sloping beaches. Our study here uses the
Saint-Venant equations to model the wave dynamics in the bay, while numerically
we use the momentum conserving staggered grid (abbreviated as the MCS) scheme.
In this thesis, the problem of shoaling and wave run-up in two types of bays, namely
Bm and B
m bays, were examined. Our numerical results show a good fit when
compared to the analytical solutions in the literature. Therefore it can be concluded
that the MCS scheme is good and accurate for modeling wave run-up events in the
bay. |
| format |
Theses |
| author |
Mene Risriani, Vania |
| spellingShingle |
Mene Risriani, Vania MODELLING AND SIMULATION OF WAVE RUN-UP IN U-SHAPED BAYS |
| author_facet |
Mene Risriani, Vania |
| author_sort |
Mene Risriani, Vania |
| title |
MODELLING AND SIMULATION OF WAVE RUN-UP IN U-SHAPED BAYS |
| title_short |
MODELLING AND SIMULATION OF WAVE RUN-UP IN U-SHAPED BAYS |
| title_full |
MODELLING AND SIMULATION OF WAVE RUN-UP IN U-SHAPED BAYS |
| title_fullStr |
MODELLING AND SIMULATION OF WAVE RUN-UP IN U-SHAPED BAYS |
| title_full_unstemmed |
MODELLING AND SIMULATION OF WAVE RUN-UP IN U-SHAPED BAYS |
| title_sort |
modelling and simulation of wave run-up in u-shaped bays |
| url |
https://digilib.itb.ac.id/gdl/view/54811 |
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