mechanical equilibrium

At this state the system will be in mechanical equilibrium.

An example of mechanical equilibrium is a person trying to press a spring.

His thesis was concerned with the mechanical equilibrium of fluids.

Two systems are in mechanical equilibrium when their pressures are the same.

A given magnetization direction is in mechanical equilibrium if the forces on it are zero.

Mechanical equilibrium, for example, is a form of static equilibrium.

Mechanical equilibrium means the resisting forces equal the push.

Lastly, the object must have only one position in which it can achieve stable mechanical equilibrium.

A standard definition of mechanical equilibrium for a particle is:

The forces acting on each slice are obtained by considering the mechanical equilibrium for the slices.

The equation is often used in calculations of positions of mechanical equilibrium.

The resulting carbon burning provides energy from the core to restore the star's mechanical equilibrium.

The necessary conditions for mechanical equilibrium for a system of particles are:

Water leaking from one section leaks into the next lower one, so that a sort of mechanical equilibrium is achieved in use.

Prior to collapse, these clouds maintain their mechanical equilibrium through magnetic fields, turbulence, and rotation.

Regardless of approach, the formulation is based on the same three fundamental relations: mechanical equilibrium, Constitutive equation, and compatibility.

This would give the structure a hexagonal pattern which is the metastable state(or mechanical equilibrium) of the 2D speciemen.

He then defines thermal equilibrium, mechanical equilibrium, and material equilibrium.

The special case of mechanical equilibrium of a stationary object is static equilibrium.

This is the sum of all the force vectors and is equal to zero as there is mechanical equilibrium.

At this node, the sum of all forces in the x-direction must equal zero since the system is in mechanical equilibrium.

Using a known electric field, Millikan and Fletcher could determine even the charge on oil droplets in mechanical equilibrium.

A child sliding down a slide at constant speed would be in mechanical equilibrium, but not in static equilibrium.

A related implication of the cosmological principle is that the largest discrete structures in the universe are in mechanical equilibrium.

Indeed, as shown by Ingrao and Israel, general equilibrium theory in economics is based on the physical concept of mechanical equilibrium.