applied stress

Under the same externally applied stress, the volume fraction of the microcracks increases with that of the constituents.

For a solid, the strain is a function of the applied stress, providing that the elastic limit is not exceeded.

Both of these statements are based on the tacit assumption that the applied stress does not change during the crack growth process.

The amount of deformation is directly proportional to the applied stress provided the force does not exceed a certain limit.

If an applied stress or pressure drop is not sufficient to break the gel or exceed the yield stress, no flow will occur.

For a fluid, the rate of strain is proportional to the applied stress.

Metal flow takes place within the plastic range of the metal, so that the bend retains a permanent set after removal of the applied stress.

It has been found that applied stress has significant influence on pearlite transformation.

This leads to a significant increase of the applied stress.

In addition, the parameter of transformation plasticity increases with applied stress.

In measuring process, sing-around method was adopted to test small velocity change caused by applied stress.

Methods of testing refractory materials - Properties measured under an applied stress - Introduction

Analysis on coordination of maximum applied stress on conducting and earth wire of transmission lines

Advanced strength and applied stress analysis