In addition to that, a structured literature review shall be carried out on different storage tanks used in Oil and Gas industry to better grasp the important factors to be taken into consideration.
Solidworks flow simulation boundary conditions software#
For this purpose, the study will involve a specific modeling software or tool such as SolidWorks or NX Symens or CATIA or ANSYS (Bi, 2017). The primary aim of this research is to understand and investigate the existing technologies on Computer Aided Design (CAD) for designing a storage tank for the oil and gas industry. Moreover, the simulations results can be further utilized to make improvements in the design and optimize the accuracy of the model.
The behavior of the designed tank will be simulated using the FEA analysis under certain provided conditions for conducting a proper assessment. In addition to that, a Finite Element Analysis (FEA) is crucial to figure out exactly how the design will work when it comes in contact with the real world forces and various physical aspects of the reality. It is important to study the data obtained from previous experiments and experiences in order to carry out a foolproof design of a storage tank. the seismic design calculations for developing such tanks has to be considered (Ferrín and Pérez-Pérez, 2020). There are various types of tanks including flat bottomed tanks, above ground tanks and cylindrical tanks that store crude oil or petroleum, liquefied gases, etc. Significant amount of studies have been undertaken on the storage of these products, which opened up newer techniques and methods of design and implementation. Most of the storage tanks used in the petroleum industry is designed for this purpose and they operate under the atmospheric pressure. These are useful tools for transporting these fluids to and from different places such as from production to end users. In the oil and gas industry, storage tanks are one highly essential component that storage different kinds of fluids. For this purpose, the technical details of the tank design will be conducted using a software modeling tool best suited for this purpose. The tank shell design will be executed following a particular that take into account the rules and procedures, tank stability, stress behavior of the tank material and complete safety (Beemkumar et al., 2017).
This study is conducted to provide a fundamental design of such a tank taking into consideration of the crucial factors that comes into play. In order to design a storage tank for such a purpose, it is important to dive deep into the design equations of the individual dimensions of the storage tank. Storage tanks used in the oil and gas industry usually have different shapes, sizes and types. Different types of storage tanks are used in the petroleum and petrochemical industries for refining processes, crude oil production, consumption and distribution of the final product and so on. They are particularly an essential facility in the oil and gas industry. Large capacity storage tanks are extensively used in various industries. Ultimately, a fundamental ideawill be presented within the literature review and then will be compared with the result of the FEA analysis. After that, an FEA analysis will be carried out to test the design of the theoretical modeling through simulation.
For this purpose, the study will involve a specific modeling software or tool such as SolidWorks or NX Symens or CATIA or ANSYS. The project aims to investigate the existing technologies on Computer Aided Design (CAD) for designing a storage tank for the oil and gas industry. The technical details of the tank design will be conducted using a software modeling tool best suited for this purpose. This study is conducted to provide a fundamental design of a storage tank commonly used in the oil and gas industry taking into consideration of the crucial factors that comes into play. Modeling a Storage Tank and Running Finite Element Analysis to Study the Application MSc Advance Product design Engineering and Manufacturing
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