INSTABILITAS PARAMETRIK SISTEM POROS ROTOR DENGAN CACAT RETAK MELINTANG PARARNETRIC INSTABILITY OF CRACKED ROTOR SHUFT SYSTENS

In this thesis, it has been developed a numerical model using a general explicit mimerical scheme based on the Mac-Cormack\'s flux-corrected transport predictor-corrector technique in non orthogonal curvilinear grid. This numerical model has been applied to depth averaged steady lows for su...

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主要作者: ARI GUNAWAN, TAUFIK
格式: Theses
語言:Indonesia
在線閱讀:https://digilib.itb.ac.id/gdl/view/1779
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機構: Institut Teknologi Bandung
語言: Indonesia
id id-itb.:1779
spelling id-itb.:17792004-12-22T12:16:33ZINSTABILITAS PARAMETRIK SISTEM POROS ROTOR DENGAN CACAT RETAK MELINTANG PARARNETRIC INSTABILITY OF CRACKED ROTOR SHUFT SYSTENS ARI GUNAWAN, TAUFIK Indonesia Theses INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/1779 In this thesis, it has been developed a numerical model using a general explicit mimerical scheme based on the Mac-Cormack\'s flux-corrected transport predictor-corrector technique in non orthogonal curvilinear grid. This numerical model has been applied to depth averaged steady lows for subcritical and supercritical free-surface flow and hydraulic jump simulations. This model is used to analyze a wide variety of hydraulic engineering problems including flows in a convergingdiverging suberitical flume, supercritical expansion at various Froude umbers, and supercritical converging chutes. For some test cases, the calculated results are compared with experimental data that has been investigated. From simulation results analysis, the comparisons with Measurements as well as with numerical solution, show that the numerical method is comparatively accurate, fast, and reliable. text
institution Institut Teknologi Bandung
building Institut Teknologi Bandung Library
continent Asia
country Indonesia
Indonesia
content_provider Institut Teknologi Bandung
collection Digital ITB
language Indonesia
description In this thesis, it has been developed a numerical model using a general explicit mimerical scheme based on the Mac-Cormack\'s flux-corrected transport predictor-corrector technique in non orthogonal curvilinear grid. This numerical model has been applied to depth averaged steady lows for subcritical and supercritical free-surface flow and hydraulic jump simulations. This model is used to analyze a wide variety of hydraulic engineering problems including flows in a convergingdiverging suberitical flume, supercritical expansion at various Froude umbers, and supercritical converging chutes. For some test cases, the calculated results are compared with experimental data that has been investigated. From simulation results analysis, the comparisons with Measurements as well as with numerical solution, show that the numerical method is comparatively accurate, fast, and reliable.
format Theses
author ARI GUNAWAN, TAUFIK
spellingShingle ARI GUNAWAN, TAUFIK
INSTABILITAS PARAMETRIK SISTEM POROS ROTOR DENGAN CACAT RETAK MELINTANG PARARNETRIC INSTABILITY OF CRACKED ROTOR SHUFT SYSTENS
author_facet ARI GUNAWAN, TAUFIK
author_sort ARI GUNAWAN, TAUFIK
title INSTABILITAS PARAMETRIK SISTEM POROS ROTOR DENGAN CACAT RETAK MELINTANG PARARNETRIC INSTABILITY OF CRACKED ROTOR SHUFT SYSTENS
title_short INSTABILITAS PARAMETRIK SISTEM POROS ROTOR DENGAN CACAT RETAK MELINTANG PARARNETRIC INSTABILITY OF CRACKED ROTOR SHUFT SYSTENS
title_full INSTABILITAS PARAMETRIK SISTEM POROS ROTOR DENGAN CACAT RETAK MELINTANG PARARNETRIC INSTABILITY OF CRACKED ROTOR SHUFT SYSTENS
title_fullStr INSTABILITAS PARAMETRIK SISTEM POROS ROTOR DENGAN CACAT RETAK MELINTANG PARARNETRIC INSTABILITY OF CRACKED ROTOR SHUFT SYSTENS
title_full_unstemmed INSTABILITAS PARAMETRIK SISTEM POROS ROTOR DENGAN CACAT RETAK MELINTANG PARARNETRIC INSTABILITY OF CRACKED ROTOR SHUFT SYSTENS
title_sort instabilitas parametrik sistem poros rotor dengan cacat retak melintang pararnetric instability of cracked rotor shuft systens
url https://digilib.itb.ac.id/gdl/view/1779
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