Producing a software to estimate draft height in Persian Gulf
In the first step of developing of this software, we gathered some climate data which was collected during 20 years from the Persian Gulf. In the next step, climate data and boundary conditions were employed on a three dimensional hydrodynamic model (COHERENCE) to get physical properties of Persian Gulf. As a result we obtained a comprehensive density database from this model. Final produced software is able to calculate buoyancy force in specific time and location by its large database. The result of software show that the minimum seasonal average of draft occurs in the winter and the maximum one occurs in the summer. According to our expectancy, it has an inverse relation with density variation.
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Format: | article biblioteca |
Language: | Persian |
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2017
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Subjects: | Information Management, Iran, Persian Gulf, Draft, Buoyancy Force, Coherence, Software, Data, Density, |
Online Access: | http://hdl.handle.net/1834/39434 |
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dig-aquadocs-1834-394342021-07-16T02:00:22Z Producing a software to estimate draft height in Persian Gulf Sadrinasab, M. Delbari, A. Ashtari Larki, A. Information Management Iran Persian Gulf Draft Buoyancy Force Coherence Software Data Density In the first step of developing of this software, we gathered some climate data which was collected during 20 years from the Persian Gulf. In the next step, climate data and boundary conditions were employed on a three dimensional hydrodynamic model (COHERENCE) to get physical properties of Persian Gulf. As a result we obtained a comprehensive density database from this model. Final produced software is able to calculate buoyancy force in specific time and location by its large database. The result of software show that the minimum seasonal average of draft occurs in the winter and the maximum one occurs in the summer. According to our expectancy, it has an inverse relation with density variation. 2021-06-24T18:18:44Z 2021-06-24T18:18:44Z 2017 article TRUE 2008-8965 http://hdl.handle.net/1834/39434 fa http://kmsu.ac.ir/ application/pdf application/pdf 135-143 http://aquaticcommons.org/id/eprint/25037 18721 2018-11-16 08:48:53 25037 Khorramshahr University of Marine Science and Technology |
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Information Management Iran Persian Gulf Draft Buoyancy Force Coherence Software Data Density Information Management Iran Persian Gulf Draft Buoyancy Force Coherence Software Data Density |
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Information Management Iran Persian Gulf Draft Buoyancy Force Coherence Software Data Density Information Management Iran Persian Gulf Draft Buoyancy Force Coherence Software Data Density Sadrinasab, M. Delbari, A. Ashtari Larki, A. Producing a software to estimate draft height in Persian Gulf |
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In the first step of developing of this software, we gathered some climate data which was collected during 20 years from the Persian Gulf. In the next step, climate data and boundary conditions were employed on a three dimensional hydrodynamic model (COHERENCE) to get physical properties of Persian Gulf. As a result we obtained a comprehensive density database from this model. Final produced software is able to calculate buoyancy force in specific time and location by its large database. The result of software show that the minimum seasonal average of draft occurs in the winter and the maximum one occurs in the summer. According to our expectancy, it has an inverse relation with density variation. |
format |
article |
topic_facet |
Information Management Iran Persian Gulf Draft Buoyancy Force Coherence Software Data Density |
author |
Sadrinasab, M. Delbari, A. Ashtari Larki, A. |
author_facet |
Sadrinasab, M. Delbari, A. Ashtari Larki, A. |
author_sort |
Sadrinasab, M. |
title |
Producing a software to estimate draft height in Persian Gulf |
title_short |
Producing a software to estimate draft height in Persian Gulf |
title_full |
Producing a software to estimate draft height in Persian Gulf |
title_fullStr |
Producing a software to estimate draft height in Persian Gulf |
title_full_unstemmed |
Producing a software to estimate draft height in Persian Gulf |
title_sort |
producing a software to estimate draft height in persian gulf |
publishDate |
2017 |
url |
http://hdl.handle.net/1834/39434 |
work_keys_str_mv |
AT sadrinasabm producingasoftwaretoestimatedraftheightinpersiangulf AT delbaria producingasoftwaretoestimatedraftheightinpersiangulf AT ashtarilarkia producingasoftwaretoestimatedraftheightinpersiangulf |
_version_ |
1756079892196229120 |