DINAMIKA FLUIDA LAPIS TIPIS DI SEKELILING KABEL AKIBAT PENGARUH GRAVITASI, ANGIN, DAN TEGANGAN

DINAMIKA FLUIDA LAPIS TIPIS DI SEKELILING KABEL AKIBAT PENGARUH GRAVITASI, ANGIN, DAN TEGANGAN

Thin water lm around cable conduces asymmetrical of cable cross section. As the wind involved, this asymmetrical condition will create vibration through the cable. Gravitation, wind, and surface tension are some of the factors that in- uence the dynamic of thin water film around cable. Consider...

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Main Author: ANDIS , NOFRI
Format: Final Project
Language:Indonesia
Online Access:https://digilib.itb.ac.id/gdl/view/19069
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Institution: Institut Teknologi Bandung
Language: Indonesia
id id-itb.:19069
spelling id-itb.:190692017-09-27T11:43:12ZDINAMIKA FLUIDA LAPIS TIPIS DI SEKELILING KABEL AKIBAT PENGARUH GRAVITASI, ANGIN, DAN TEGANGAN ANDIS , NOFRI Indonesia Final Project Dynamic, thin water film, gravitation, wind, surface tension. INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/19069 Thin water lm around cable conduces asymmetrical of cable cross section. As the wind involved, this asymmetrical condition will create vibration through the cable. Gravitation, wind, and surface tension are some of the factors that in- uence the dynamic of thin water film around cable. Considering all these three factors, a modifcation of Navier Stokes formula is dened. This new equation is able to model the dynamic of thin water film around a cable under in uences of gravitation, wind, and surface tension. To show the dynamic models, this equation is solved numerically. The solution explains how gravitation, wind, and surface tension in uence the dynamic of thins water film around a cable. 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 Thin water lm around cable conduces asymmetrical of cable cross section. As the wind involved, this asymmetrical condition will create vibration through the cable. Gravitation, wind, and surface tension are some of the factors that in- uence the dynamic of thin water film around cable. Considering all these three factors, a modifcation of Navier Stokes formula is dened. This new equation is able to model the dynamic of thin water film around a cable under in uences of gravitation, wind, and surface tension. To show the dynamic models, this equation is solved numerically. The solution explains how gravitation, wind, and surface tension in uence the dynamic of thins water film around a cable.
format Final Project
author ANDIS , NOFRI
spellingShingle ANDIS , NOFRI
DINAMIKA FLUIDA LAPIS TIPIS DI SEKELILING KABEL AKIBAT PENGARUH GRAVITASI, ANGIN, DAN TEGANGAN
author_facet ANDIS , NOFRI
author_sort ANDIS , NOFRI
title DINAMIKA FLUIDA LAPIS TIPIS DI SEKELILING KABEL AKIBAT PENGARUH GRAVITASI, ANGIN, DAN TEGANGAN
title_short DINAMIKA FLUIDA LAPIS TIPIS DI SEKELILING KABEL AKIBAT PENGARUH GRAVITASI, ANGIN, DAN TEGANGAN
title_full DINAMIKA FLUIDA LAPIS TIPIS DI SEKELILING KABEL AKIBAT PENGARUH GRAVITASI, ANGIN, DAN TEGANGAN
title_fullStr DINAMIKA FLUIDA LAPIS TIPIS DI SEKELILING KABEL AKIBAT PENGARUH GRAVITASI, ANGIN, DAN TEGANGAN
title_full_unstemmed DINAMIKA FLUIDA LAPIS TIPIS DI SEKELILING KABEL AKIBAT PENGARUH GRAVITASI, ANGIN, DAN TEGANGAN
title_sort dinamika fluida lapis tipis di sekeliling kabel akibat pengaruh gravitasi, angin, dan tegangan
url https://digilib.itb.ac.id/gdl/view/19069
_version_ 1822919420038610944

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