Subscribe to the gold package and get unlimited access to Shamra Academy
Register a new user3D Structural Model for Mamlaht Al-Kom Structure - The North Palmyride Chain
نمذجة بنيوية ثلاثية الأبعاد لتركيب مملحة الكوم- السلسلة التدمرية الشمالية
1395
1 24
0
(
0
)
Created by
Shamra Editor
Ask ChatGPT about the research
بهدف إجراء نمذجة ثلاثية الأبعاد لتركيب مملحة الكوم (تشكيلة الكوروشينا دولوميت الخازنة) في السلسلة التدمرية الشمالية، تم في هذه الدراسة فرز العواكس الهامة، لاسيما عاكس الكوراشينا أنهدريت، الغطاء، و الكوراشينا دولوميت، الحامل، و تم انشاء الخرائط الزمنية لهما، كما تم وضع خارطة توزع السرع لتشكيلة الكوراشينا دولوميت، و من ثم وضعت الخارطة العمقية لها. و بناءً عليه تم بناء نموذج بنيوي ثلاثي الأبعاد للتشكيلة الهدف (الكوراشينا دولوميت) حددت من خلاله بنيتها الجيولوجية الدقيقة للوقوف على المأمولية الهيدروكربونية لها.
In order to build 3D structural model for Mamlaht Al-Kom structure in the North Palmyride Chain, the potential reflections were defined like Korushina Anhydrite (K.A) the cover, and Korushina Dolomite (K.D) the reservoir, therefore the time, velocity, and depth maps for Korushina dolomite reflection were constructed. Finally the 3D Structural Model for formation (K.D) was defined. So that the hydrocarbon potential is discussed.
References used
BEIZREH, Y, ZAINAB, H, and JAMAL, M 2002- The Justificatory Geological Memorandum to drill the exploratory Well Mamlaht Al-Kom-1, Directorate of Exploration, Department of Geological Fields (9P)
SYRIAN PETROLEUM COMPANY (SPC) 2003- Time and Structural Maps of Koroshina Dolomite Formation, Interpretation Department, Directorate of Exploration, Syrian petroleum Company, Damascus
SYRIAN PETROLEUM COMPANY (SPC) 2004- Petrographic Report for Well Mamlaht Al- Kom-1, Directorate of Exploration, Syrian petroleum Company, Damascus (10P)
rate research
Read More
This Study focused on the lithostratigraphic properties of Mamlaht
Al-Kom structure, for evaluating the hydrocarbon potential of this
important structure. In order to achieve this goal, the time and depth
maps are constructed, through revaluating
and interpreting the
seismic sections, correlating the drilled wells, and appraising the
available well rock samples. The obtained data permit to ensure the
hydrocarbon potential of the K.D formation, because of its suitable
thickness, presence of cover, and source rock. On the other hand,
the entire shape of the structure is not defined accurately as all the
exploration wells were drilled along the axis North East – South
west. Thus these results should be checked by reinterpreting the
available seismic data depending on the geological and
lithostratigraphic data, and drill exploration wells on the axis North
– South to define the depth and structure of the reservoir reliably.
The available seismic data of Mamlaht Al-Kom field were reinterpreted in
order to define some petroleum potential reflections. The study focused on
Korushina Dolomite (K.D) reflector because of its properties that indicate α
hydrocarbon potential.
Therefore the time map of this formation was
canstructed, structure was defined and the hydrocarbon potential is discussed.
According to the obtained data, we ensure the presence hydrocarbon
potential of the K. D formation, because of its suitable thickness, availability of
cover, and the source rocks. These results should be verified by a 3D surveys
and then drilling operations.
This paper provides a major challenge, Because of many
bad conditions that effect oil pipelines properties, this paper
discuss the ability of manufacturing and applying the 3D
woven spacer composite fabric for insulating oil pipelines.
This paper
talks over the thermal, chemical, and mechanical
properties of the final product from the 3D Spacer Fabric and
the polymer resin matrix.
And finally, this paper gives an idea how and with any kind of
weaving machines these fabrics can be made.
This research deals with the study of the behavior of piles under the influence of seismic loads through (3D) modeling using FE-Method-program (ABAQUS) with special reference to the most important parameters affecting the displacements and internal f
orces generated in piles. This study has been completed in two phases: the first phase is a case study of the single Pile (reference case), where a study of the behavior of a single pile assigning structure is modeled with a degree of freedom. The parametric study results show that the presence of structure causes the application of a large load in the upper part of the pile resulting from the impact of inertia dominating the kinetic effect. The forces of inertia increases with the increasing mass of structure, and when the frequency of structure nears the frequency of seismic load. The second phase deals with the study of the situation of the group of piles, where the study handles the effect of a number of piles, piles spacing, and locations on the internal force and displacements generated in the piles. The parametric study results have shown for this phase of this research that an increase the number of piles in the group causes a significant increase of internal forces generated at the top of the pile and a slight decrease for those forces in the central part of the pile, that seismic loads are not distributed equally for all piles, and that corner piles are subject to greater loads while mid. Piles are subject to less load.
Annabk anticline lies in the westernmost side of the Palmyride chain, which
is located in the northern Arabian Plate. It is a 70 km long, NE-SW oriented
asymmetrical anticline, belonging to the southern part of the Palmyrides. The
stratigraphical
column cropping out in the domain of this anticline consists of
Cretaceous and Paleogene strata of marine facies, together with Neogene and
Quaternary continental deposits. The aim of this study is to investigate the
tectonic evolution of this area, by reconstructing its paleostress history, through
analysing the brittle deformations, which were recorded in the outcropping
rocks.
Log in to be able to interact and post comments
comments
Fetching comments
Sign in to be able to follow your search criteria
