normal stress

Normal stress is that applied perpendicular to the surface to which it is applied, i. e. , tension or compression.

Normal stress analysis and shear stress analysis arc performed by means of the approach of materials mechanics.

the main factors affecting behavior of the interface including roughness of structural surface, behavior of soil and normal stress.

The measuring values of bending normal stress are close to the results from the finite element calculation.

Friction and cohesion are best defined in terms of the plot of shear stress versus normal stress given in Figure 9.

The topics are normal stress, noun compounds, adjectives and verbs, numbers, telephone numbers, central vowels and diphthongs and others.

The materials with proper module can decrease the interlaminar transverse stresses, especially transverse normal stress in the plates.

Cohesion is best defined in terms of the plot of shear stress versus normal stress given in Figure 9.

The shear displacement increases with increasing normal stress and cement content at the same height in shear failure state.

The equations describing the variation of normal stress and shear stress and its graphic presentation were given for the first time.

The direct internal force method of equivalent normal stress analysis for the base surfaces of arch dams is presented in this paper.

The shear strength increases with the increasing first-order and second-order asperity heights and normal stress.

Therefore, the importance of the seepage-normal stress coupling analysis in fractured rock masses is emphasized.

Patients with normal stress echocardiogram have a low cardiac event rate and can be exempted for invasive procedure.

The shear stress and the first normal stress difference are close to 0 from wall to the centerline .

It is shown that the shear strength of joint is concerned with normal stress and weighted average of mean profile angles of joint surface.

The normal stress acting in any random direction can be obtained in the following way.

The larger the density, the lower the effective mean normal stress, the more dilative response is.

Frictional melting is more sensitive to speed than normal stress.

While the melting happens, torsion decreases instantly and there is perhaps a "blind region" of normal stress.

However, under the high normal stress, the result is opposite.

and the second cracks are caused by bending normal stress and vertical shear stress.

The calculate data show that the maximum normal stress given by the nonlinear method is 15-20% less than that by linear one.

extrapolating the performance degradation rate of the product under a normal stress level;

Study on the Non-Uniform Distribution of Normal Stress in the Main Girder of a Single Pylon Cable-Stayed Bridge

Prediction of first normal stress difference during extrusion flow of tube compound

Error Analysis of Pure Bending Normal Stress Formula Applied to Transverse Loading Bending

Analysis of Normal Stress in Constrained Torsion in Rails with the Consideration of the Thickness Effect

Standard Test Method for Performing Laboratory Direct Shear Strength Tests of Rock Specimens Under Constant Normal Stress

Some Measures for Improving Experimental Accuracy of the Normal-stress Distribution of Beams

The Numerical Research of the Influence of Lubricant Normal Stress Difference in Metal Forming Zone

Argumentation about Maximum Normal Stress Computation of Compression - bending Rod

Calculation of the Ligament Normal Stress in Reinforced Concrete Structure

the compressibility decreases with the increase of normal stress;

Analysis of Normal Stress of Concrete in Prestressed Composite Beams

Calculation of Primary Normal Stress Difference of Polymer Melt Under the Vibration Force Field

Partial abrasion mechanism of sucker rod caused by normal stress of visco-elastic fluid

Method for Computation of Earth Pressure Based on Normal Stress Assumption

the first normal-stress difference;