Hydrodynamic Force

Hydrodynamic force, the force exerted by a fluid on a body, is a central topic in fluid dynamics with applications ranging from underwater robotics to astrophysics. Current research focuses on improving the understanding and control of hydrodynamic forces in complex scenarios, employing techniques like deep reinforcement learning to optimize navigation strategies for autonomous underwater vehicles and robotic fish in turbulent flows, and physics-informed neural networks to efficiently model self-gravitating systems. These advancements are crucial for enhancing the performance of underwater robots, improving the accuracy of simulations in diverse fields, and potentially enabling novel computational architectures based on hydrodynamic systems.