GEOMECHANICS STUDI FOR COAL BED METHANE RESERVOIR USING NUMERICAL AND PHYSICAL MODELLING

GEOMECHANICS STUDI FOR COAL BED METHANE RESERVOIR USING NUMERICAL AND PHYSICAL MODELLING

Geomechanics studi is important to understand how make stable state condition in wellbore. After we design stable state at wellbore, we can run the production activity effectively and efficiently. There are two kind of stress, vertical stress and horizontal stress. In general vertical stress called...

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Main Author: NURHIDAYAT (NIM : 10209057), GALIH
Format: Final Project
Language:Indonesia
Online Access:https://digilib.itb.ac.id/gdl/view/18533
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Institution: Institut Teknologi Bandung
Language: Indonesia
id id-itb.:18533
spelling id-itb.:185332017-09-27T11:45:16ZGEOMECHANICS STUDI FOR COAL BED METHANE RESERVOIR USING NUMERICAL AND PHYSICAL MODELLING NURHIDAYAT (NIM : 10209057), GALIH Indonesia Final Project INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/18533 Geomechanics studi is important to understand how make stable state condition in wellbore. After we design stable state at wellbore, we can run the production activity effectively and efficiently. There are two kind of stress, vertical stress and horizontal stress. In general vertical stress called overburden stress. Otherwise, horizontal stress called tektonic stress. Failure at horizontal wellbore happened at the higher stress of the wellbore. Crack generate at the east side and of west side of wellbore because they have minimum stress distribution rather than east and west side of stress distribution around wellbore. For coal strength measurement, cleat distribution effect the strength character of coal. For modulus young from sample A, the value is 0.2 GPa. And for sample B modulus young value reaching 0.4 GPa. 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 Geomechanics studi is important to understand how make stable state condition in wellbore. After we design stable state at wellbore, we can run the production activity effectively and efficiently. There are two kind of stress, vertical stress and horizontal stress. In general vertical stress called overburden stress. Otherwise, horizontal stress called tektonic stress. Failure at horizontal wellbore happened at the higher stress of the wellbore. Crack generate at the east side and of west side of wellbore because they have minimum stress distribution rather than east and west side of stress distribution around wellbore. For coal strength measurement, cleat distribution effect the strength character of coal. For modulus young from sample A, the value is 0.2 GPa. And for sample B modulus young value reaching 0.4 GPa.
format Final Project
author NURHIDAYAT (NIM : 10209057), GALIH
spellingShingle NURHIDAYAT (NIM : 10209057), GALIH
GEOMECHANICS STUDI FOR COAL BED METHANE RESERVOIR USING NUMERICAL AND PHYSICAL MODELLING
author_facet NURHIDAYAT (NIM : 10209057), GALIH
author_sort NURHIDAYAT (NIM : 10209057), GALIH
title GEOMECHANICS STUDI FOR COAL BED METHANE RESERVOIR USING NUMERICAL AND PHYSICAL MODELLING
title_short GEOMECHANICS STUDI FOR COAL BED METHANE RESERVOIR USING NUMERICAL AND PHYSICAL MODELLING
title_full GEOMECHANICS STUDI FOR COAL BED METHANE RESERVOIR USING NUMERICAL AND PHYSICAL MODELLING
title_fullStr GEOMECHANICS STUDI FOR COAL BED METHANE RESERVOIR USING NUMERICAL AND PHYSICAL MODELLING
title_full_unstemmed GEOMECHANICS STUDI FOR COAL BED METHANE RESERVOIR USING NUMERICAL AND PHYSICAL MODELLING
title_sort geomechanics studi for coal bed methane reservoir using numerical and physical modelling
url https://digilib.itb.ac.id/gdl/view/18533
_version_ 1820745909433008128

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