SOLVING PRESSURE VESSEL OPTIMIZATION DESIGN PROBLEM
Pressure vessel is a type of container which is designed to contain pressurized fluid, either gas or liquid. Pressure vessel is one of the most important equipment in process industry such as chemical industry, oil refinery, and power plant. Pressure vessel consits of shell, head, nozzle, and suppor...
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id-itb.:262842018-06-05T11:55:08ZSOLVING PRESSURE VESSEL OPTIMIZATION DESIGN PROBLEM MEILITA (NIM: 10113005), CINDY Indonesia Final Project INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/26284 Pressure vessel is a type of container which is designed to contain pressurized fluid, either gas or liquid. Pressure vessel is one of the most important equipment in process industry such as chemical industry, oil refinery, and power plant. Pressure vessel consits of shell, head, nozzle, and support. The purpose of this Final Project is to construct pressure vessel optimization model with mixed-integer nonlinear programming method, regulated by American Society of Mechanical Engineering. After that, the author shall calculate the minimum cost with nonlinear constraints and some variables, such as shell thickness (x1), head thickness (x2), inner radius (x3), and maximum shell length (x4). The author use two different methods, they are analytical method and spiral dynamics optimization method using MATLAB as the solver. text |
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Institut Teknologi Bandung |
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Asia |
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Indonesia Indonesia |
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Institut Teknologi Bandung |
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Indonesia |
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Pressure vessel is a type of container which is designed to contain pressurized fluid, either gas or liquid. Pressure vessel is one of the most important equipment in process industry such as chemical industry, oil refinery, and power plant. Pressure vessel consits of shell, head, nozzle, and support. The purpose of this Final Project is to construct pressure vessel optimization model with mixed-integer nonlinear programming method, regulated by American Society of Mechanical Engineering. After that, the author shall calculate the minimum cost with nonlinear constraints and some variables, such as shell thickness (x1), head thickness (x2), inner radius (x3), and maximum shell length (x4). The author use two different methods, they are analytical method and spiral dynamics optimization method using MATLAB as the solver. |
| format |
Final Project |
| author |
MEILITA (NIM: 10113005), CINDY |
| spellingShingle |
MEILITA (NIM: 10113005), CINDY SOLVING PRESSURE VESSEL OPTIMIZATION DESIGN PROBLEM |
| author_facet |
MEILITA (NIM: 10113005), CINDY |
| author_sort |
MEILITA (NIM: 10113005), CINDY |
| title |
SOLVING PRESSURE VESSEL OPTIMIZATION DESIGN PROBLEM |
| title_short |
SOLVING PRESSURE VESSEL OPTIMIZATION DESIGN PROBLEM |
| title_full |
SOLVING PRESSURE VESSEL OPTIMIZATION DESIGN PROBLEM |
| title_fullStr |
SOLVING PRESSURE VESSEL OPTIMIZATION DESIGN PROBLEM |
| title_full_unstemmed |
SOLVING PRESSURE VESSEL OPTIMIZATION DESIGN PROBLEM |
| title_sort |
solving pressure vessel optimization design problem |
| url |
https://digilib.itb.ac.id/gdl/view/26284 |
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1821934024630730752 |