WHAT IS CFD ANALYSIS ON HYDRODYNAMIC PERFORMANCE OF SHIP?
1. Computational fluid dynamics (CFD) is a branch of fluid mechanics that utilizes mathematical models, multiphysics, numerical methods and computational software to simulate, visualize, and analyse fluid flow behaviour around an object in a virtual environment.
2. CFD is useful for ship designers and naval architects for a comprehensive, cost-effective and flexible analysis, to consider various design options or modifications, to achieve the most efficient design, in various marine technologies.
3. Hydrodynamic performance analysis of ships is a significant application of CFD. This analysis involves evaluating a ship's ability to move efficiently through water by evaluating its physical and design factors such as hull form and condition, propulsion system, appendages, superstructure, sea and loading conditions, and design speed.
4. The hydrodynamic performance analysis of a ship is a complex process that demands an intricate understanding of all relevant factors, which are interconnected and influence each other.
5. The objective of this analysis is to optimize these design factors and predict how the ship will perform in different sea states and under various operating conditions.
About SIMS TWERFEN
1. Whether we are designing a new ship, optimizing an existing vessel, or looking to improve the safety and efficiency of ship's performance, we understand the complexities and challenges faced by the marine industry to provide correct and reliable insights into the behavior of fluids, waves, and currents in order to optimize hydrodynamic performance of a ship.
2. Welcome to SIMS TWERFEN, we are an engineering knowledge sharing platform to discuss Computational fluid dynamics (CFD) based solutions for hydrodynamic performance analysis of a ship.
3. Here, in this platform, we would like to focus in engaging ourselves in various discussion forums, webinars, articles, blogs, online chatting, technical articles and tutorials, through our Facebook page and YouTube channel, to provide a platform and aim to create a community for engineers, by fostering connection, collaboration in order to exchange knowledge, upgrade skill, share experience, contribute expertise and promote best practices with one another.
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