MODELLING OF OIL SUSPENSION PROPAGATION IN A LONG DISTANCE HILLY TERRAIN PIPELINE
Oil is usually transported from oneplace to another in the form of suspension, which is a mixture of water and oil. The suspension flows in the pipeline driven by pressure drop between an inlet and an outlet. Knowing suspension arrival time at the outlet is important for the efisien of pump activ...
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id-itb.:321502018-12-03T13:40:56ZMODELLING OF OIL SUSPENSION PROPAGATION IN A LONG DISTANCE HILLY TERRAIN PIPELINE Ridwan Reza Nugraha, Muhammad Prinsip umum matematika Indonesia Theses finite difference method, suspension position, turbulent flow, pump force, pressure, friction, pumping duration. INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/32150 Oil is usually transported from oneplace to another in the form of suspension, which is a mixture of water and oil. The suspension flows in the pipeline driven by pressure drop between an inlet and an outlet. Knowing suspension arrival time at the outlet is important for the efisien of pump activity. In this study, the head and tail position of the suspension at any time will be calculated by taking into account pressure and pipe geometric. The suspension flow models are governed by second order ordinary differential equations and then solved by using finite difference method. In this model there are two unknown parameters, friction force due to pumping equipment and shear stress of turbulent flow, that should be estimated. Genetic algorithm is used to estimate those parameters. text |
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Prinsip umum matematika |
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Prinsip umum matematika Ridwan Reza Nugraha, Muhammad MODELLING OF OIL SUSPENSION PROPAGATION IN A LONG DISTANCE HILLY TERRAIN PIPELINE |
| description |
Oil is usually transported from oneplace to another in the form of suspension, which
is a mixture of water and oil. The suspension flows in the pipeline driven by pressure
drop between an inlet and an outlet. Knowing suspension arrival time at the outlet
is important for the efisien of pump activity. In this study, the head and tail position
of the suspension at any time will be calculated by taking into account pressure and
pipe geometric. The suspension flow models are governed by second order ordinary
differential equations and then solved by using finite difference method. In this
model there are two unknown parameters, friction force due to pumping equipment
and shear stress of turbulent flow, that should be estimated. Genetic algorithm is
used to estimate those parameters. |
| format |
Theses |
| author |
Ridwan Reza Nugraha, Muhammad |
| author_facet |
Ridwan Reza Nugraha, Muhammad |
| author_sort |
Ridwan Reza Nugraha, Muhammad |
| title |
MODELLING OF OIL SUSPENSION PROPAGATION IN A LONG DISTANCE HILLY TERRAIN PIPELINE |
| title_short |
MODELLING OF OIL SUSPENSION PROPAGATION IN A LONG DISTANCE HILLY TERRAIN PIPELINE |
| title_full |
MODELLING OF OIL SUSPENSION PROPAGATION IN A LONG DISTANCE HILLY TERRAIN PIPELINE |
| title_fullStr |
MODELLING OF OIL SUSPENSION PROPAGATION IN A LONG DISTANCE HILLY TERRAIN PIPELINE |
| title_full_unstemmed |
MODELLING OF OIL SUSPENSION PROPAGATION IN A LONG DISTANCE HILLY TERRAIN PIPELINE |
| title_sort |
modelling of oil suspension propagation in a long distance hilly terrain pipeline |
| url |
https://digilib.itb.ac.id/gdl/view/32150 |
| _version_ |
1821996299207049216 |