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hydrodynamic

adjective

/ˌhʌɪdrə(ʊ)dʌɪˈnamɪk/

IPA:

Dictionary definition of hydrodynamic

Pertaining to the study, behavior, and interactions of fluids, particularly water, in response to external forces.
"Hydrodynamic drag is the resistance that a fluid exerts on an object moving through it."

Detailed meaning of hydrodynamic

It encompasses the principles that govern the flow and distribution of fluids, taking into account factors such as viscosity, pressure, velocity, and turbulence. Hydrodynamic principles are fundamental in fields such as fluid mechanics, engineering, and marine biology, where they guide the design of efficient and streamlined structures like ships and aircraft. Hydrodynamic analysis is also crucial in understanding phenomena like fluid flow around objects, the behavior of currents in bodies of water, and the dynamics of aquatic organisms. By delving into the intricate ways fluids move and interact, hydrodynamic studies provide insights into how forces and energy are transmitted through fluid systems, allowing for the optimization of designs and the prediction of fluid-related behaviors.

Example sentences containing hydrodynamic

1. The hydrodynamic design of the sailboat improved its speed.
2. Hydrodynamic forces determine a fish's swimming efficiency.
3. Engineers study the hydrodynamic characteristics of submarines.
4. The shark's sleek shape is a result of hydrodynamic evolution.
5. The hydrodynamic properties of the swimmer's body reduced drag.
6. The hydrodynamic analysis revealed the ship's efficiency.

History and etymology of hydrodynamic

The adjective 'hydrodynamic' has its etymological roots in Greek. It combines 'hydro,' which means 'water,' and 'dynamis,' meaning 'power' or 'force.' Therefore, 'hydrodynamic' literally means 'related to the power or force of water.' This term reflects the study and understanding of the behavior of fluids, particularly water, in response to external forces. In the realm of physics and engineering, hydrodynamics encompasses the study of fluid motion and the interactions of liquids with their surroundings, emphasizing the influence of external forces such as pressure, gravity, and velocity. The etymology of 'hydrodynamic' underscores the importance of water's dynamic qualities in this scientific field, as it deals with the powerful and complex behavior of fluids in motion.

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Further usage examples of hydrodynamic

1. Racing cars undergo hydrodynamic testing for aerodynamics.
2. The hydrodynamic model predicted river erosion patterns.
3. Turbulence is a key factor in hydrodynamic research.
4. The dolphin's streamlined form is hydrodynamic perfection.
5. Hydrodynamic simulations guide the design of bridges.
6. Marine creatures have evolved for hydrodynamic advantages.
7. Hydrodynamic studies aid in predicting coastal erosion.
8. The hydrodynamic forces of waves shape the shoreline.
9. Aircraft wings are designed with hydrodynamic principles.
10. Understanding hydrodynamic principles improves ship design.
11. Hydrodynamic research informs flood control strategies.
12. Hydrodynamic modeling helps optimize water treatment plants.
13. The hydrodynamic behavior of oil spills is studied for cleanup.
14. Hydrodynamic forces impact the stability of marine structures.
15. The hydrodynamic design of a boat can affect its speed and maneuverability on the water.
16. Hydrodynamic forces play a major role in the behavior of ships and submarines.
17. The study of hydrodynamics is essential for understanding the movement of fluids and the forces that act on them.
18. Hydrodynamic lift is the upward force that opposes the weight of an object submerged in a fluid.
19. The hydrodynamic design of a ship's hull can affect its fuel efficiency and stability on the water.
20. Hydrodynamic testing is used to measure the flow of water around a boat or ship and make adjustments for optimal performance.
21. Hydrodynamic principles are used in the design of hydroelectric power plants and dams.
22. Hydrodynamic shape of a fish allows it to swim efficiently in water.
23. The hydrodynamic design of a swimmer's suit can improve their speed and performance in the water.
24. Hydrodynamic theory plays a vital role in many areas of engineering, such as naval architecture, oceanography, and fluid mechanics.
25. The hydrodynamic design of a water turbine helps to increase the efficiency of the turbine and the amount of energy generated.