mechanical loading

Extensive mechanical loading was seen to have a high physiological impact.

"There are various ways that cells can sense mechanical loading.

On Earth, the effects of gravity and mechanical loading are needed to maintain our bones.

"Either side of the gallery was installed the Armstrong mechanical loading systems for the 10" guns.

In 1981 mechanical loading of the turves into the trains was introduced.

Remodeling responds also to functional demands of the mechanical loading.

Mechanical loading is an important physiological stimulus to net bone formation.

Psychological factors may directly influence mechanical loading on the body through changes in posture, movement, and exerted forces101.

Exercise-induced mechanical loading can have potent effects on skeletal form and health.

This result reinforced the putative role of the muscles in the mechanical loading on bones.

The actual power/current you require is more a function of the mechanical loading than of the motor.

Tendons are soft tissue structures that respond to changes in mechanical loading.

The precise mechanisms of how mechanical loading produces tissue adaptation remain unknown.

Can be walked on after 12 hours and light mechanical loading permitted after 24 hours.

Each hinge type is available in a range of sizes to accommodate visual and mechanical loading criteria.

They were then trucked to the airport and placed on the Freighter using a mechanical loading device.

The matrix heated up as expected due to the cyclic mechanical loading but none of the dye was released.

He also ordered Armstrong's mechanical loading and protected barbette system for the 20 ton guns.

(Swimmers may also be in danger, since that sport requires little mechanical loading as well.)

The operation requires mechanical loading and placement of the remnant material, temporarily increasing the operating cost significantly.

When subjected to cyclic mechanical loading, the hydrogel matrix heats up.

This discrepancy was expected because mechanical loading during the sectioning process would lead to further propagation and development of existing damage.

The mechanical loading frame and motor are combined and mounted onto the baseplate.

Decreased mechanical loading over long periods, such as during extended bed-rest, causes a loss of matrix production.

Several studies have demonstrated that tendons respond to changes in mechanical loading with growth and remodeling processes, much like bones.