hydrodynamic force

With no hydraulic pressure, hydrodynamic forces on the propellers caused the pitch to reverse.

It relies solely on hydrodynamic forces to dive.

The doomed stone was crushed by the descending hydrodynamic forces even as the explosives detonated.

He also worked on hydrodynamics and investigated how to calculate hydrodynamic forces on various types of structures.

Moreover, shallow-water effects or other the hydrodynamic forces, such as ships passing close to each other, can also be depicted.

Blood is the highway system of our bodies: it transports cells throughout the body via hydrodynamic forces resulting from our pumping heart.

Hydrodynamic maneuvering is done by several surfaces, which can be moved to create hydrodynamic forces when a submarine moves at sufficient speed.

In the above equation is the hydrodynamic force, i.e., force exerted by the fluid on the particle due to relative motion between them.

Recent echocardiographic evidence indicates that drag, the pushing force of flow is the dominant hydrodynamic force on the mitral leaflets.

The center of lateral resistance is the center of pressure of the hydrodynamic forces on the hull of a boat.

For particles flowing in a tube, there is a net hydrodynamic force that tends to force the particles towards the center of the capillary.

Change in hydrodynamic forces, e.g. change in wave diffraction in headland and offshore bank environments.

Hawkes builds the DeepFlight range of submersibles, which uses hydrodynamic forces for diving, instead of ballast.

In 2000, he completed the DeepFlight Aviator, the first positively buoyant submersible that relies on hydrodynamic forces on its wings for diving.

It was named the Necker Nymph and is a wet submarine that is positively buoyant and utilizes hydrodynamic forces to dive.

The Fittleton was caught in a bow wave and was drawn close to HMS Mermaid by hydrodynamic forces.

For a solid object moving through a fluid, the drag is the component of the net aerodynamic or hydrodynamic force acting opposite to the direction of the movement.

The machine's long thin shape and low drag profile minimises hydrodynamic forces, namely inertia, drag, and slamming, which in large waves give rise to large loads.

This happens when the aerodynamic force on the rig greatly exceeds the hydrodynamic force on the hull, due to a sudden increase in wind strength or turbulent sea conditions.

It is an "aero-submarine" which uses hydrodynamic forces to descend, as the sub has positive buoyancy, utilizing DeepFlight technology from Hawkes Ocean Technologies.

As an alternative, the hydrodynamic forces imparted in mixed culture platforms increase the homogeneity of EB sizes when ESCs are inoculated within bulk suspensions.

Hydrodynamic forces acting on the grooved shell thoroughly mix the beryllium and polonium, allowing the alpha particles from the polonium to impinge on the beryllium atoms.

Sponsons are commonly used on jetskis and other personal watercraft such as canoes to provide either additional buoyancy and thus stability against capsize, or hydrodynamic forces to resist capsize.

The flow of water over the underwater hull portions creates hydrodynamic forces, which combine with the aerodynamic forces from the sails to allow motion in almost any direction except straight into the wind.