Study of payload calculation and motion prediction for unpowered diving and floating of deep-sea manned submersible

Researchers have conducted a study focusing on the calculation of payload and motion prediction for deep-sea manned submersibles during unpowered diving and floating phases. The investigation delves into the physical modeling and simulation techniques essential for managing the ascent and descent maneuvers of these submersibles. This work aims to enhance the understanding and control of submersible behavior in deep-sea environments when propulsion is not actively engaged. The findings contribute to the development of more predictable and safer submersible operations.

This research is important for improving the safety and efficiency of deep-sea exploration by ensuring better control over submersible movements during critical, unpowered phases.