Fuel Efficiency Improvement for Catamaran Hull
Budget: $250 – $750 AUD
Seeking an expert in Ansys for a ship drag analysis with a focus on improving the fuel efficiency of a Catamaran Hull design. The analysis should prioritize the following:
- Drag Coefficient: Expertise desired in quantifying and optimizing the drag coefficient for a sailing vessel. Understanding the influence of the drag coefficient on fuel efficiency is essential.
- Sink and Trim: Understanding how these conditions impact the hydrodynamics of the ship is crucial. Methodologies to adjust these parameters for cleaner lines in the water will be valued.
Engineering skills paired with a thorough understanding of naval architecture (specifically Catamaran hull form) are highly desirable. Your work should aim at creating a holistic ship drag analysis model which will help enhance the performance and viability of the ship's design with particular emphasis on its fuel efficiency.
- Drag Coefficient: Expertise desired in quantifying and optimizing the drag coefficient for a sailing vessel. Understanding the influence of the drag coefficient on fuel efficiency is essential.
- Sink and Trim: Understanding how these conditions impact the hydrodynamics of the ship is crucial. Methodologies to adjust these parameters for cleaner lines in the water will be valued.
Engineering skills paired with a thorough understanding of naval architecture (specifically Catamaran hull form) are highly desirable. Your work should aim at creating a holistic ship drag analysis model which will help enhance the performance and viability of the ship's design with particular emphasis on its fuel efficiency.