1. The branch of mechanics that deals with the motion and equilibrium of fluids, especially water, and the forces acting on solid bodies immersed in or moving through fluids.
Usage: technical; often used in engineering and physics contexts

Examples

• Hydromechanics is essential for designing efficient ship hulls and underwater structures.
• Engineers apply hydromechanics principles when calculating water flow through pipes and channels.
• The study of hydromechanics helps predict how dams and levees will respond to water pressure.
• Hydromechanics combines principles of fluid dynamics and solid mechanics to solve real-world problems.
• Modern turbine design relies heavily on hydromechanics to maximize energy extraction from flowing water.