Examples of 'shear stresses' in a sentence
Meaning of "shear stresses"
shear stresses ~ refers to forces acting on an object or material that cause opposing layers or parts to slide against each other in different directions, resulting in deformation or strain. This phrase is used in the field of physics, engineering, and material sciences to describe the distribution and effect of shear forces on structures or materials
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- plural of shear stress
How to use "shear stresses" in a sentence
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shear stresses
The viscosity was measured at a range of shear stresses.
Shear stresses on the network of bristles are also reduced.
A uniform distribution of the shear stresses.
The shear stresses are proportional to the velocity gradients.
This does cause frictional shear stresses in the contact area.
Shear stresses on the skin.
Equilibrated courses are ones built without residual shear stresses.
Tensile and shear stresses are not transmitted to the upper covering.
Plastic fluids are not able to flow at low shear stresses.
Shear stresses act in.
The screw speeds are optimized to minimize interfacial shear stresses.
And shear stresses are then limited only to the lower part.
Damage is believed to be caused by shear stresses due to blood flow.
The shear stresses also help prevent the deposition of suspended particles.
The most dangerous of them are shear stresses and radial stresses.
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It is necessary to insert the prods in the fish to avoid shear stresses.
Shear stresses in the dope stream and relative displacement of the proteins.
A homogeneous and isotropic sample fails due to shear stresses in the sample.
Shear stresses will thus strongly depend on the thermomechanical history at the interface.
This continuous grain flow reduces shear stresses in the tube material.
These shear stresses allow to evaluate the quantity of soil detached by each raindrop.
The rest of the description presents the case in which shear stresses are measured.
These shear stresses appear notably as a result of circumferential tensions in the contact patch.
This property can be measured as a ratio of the viscosity at two different shear stresses.
Critical shear stresses for erosion of alluvial shale particles were investigated in a laboratory flume.
Blood vessels operate under significant shear stresses that are a function of blood flow shear rate.
High shear stresses are known to activate blood platelets and damage red blood cells.
Operation in these regions will reduce elevated shear stresses that result in poor coating quality.
The distribution of shear stresses along the interface can be simulated by a simple parabolic distribution.
The boundary conditions may also change the distribution of shear stresses around the column.
The highest shear stresses of the composition were obtained with the addition of basalt filler.
Such a composite material may be advantageous for the injectors subjected to stretching and shear stresses.
The critical resolved shear stresses of different slip systems increases with increasing oxygen contents.
Its role then is to absorb the normal loads and homogenize the torsion shear stresses.
This response suggested that shear stresses or displacements controlled the hydraulic behaviour of the fractures.
The microgels are robust from a mechanical point of view and they withstand high shear stresses.
Fatigue is the result of shear stresses cyclically appearing immediately below the load carrying surface.
The facet joints may also play a role in resisting shear stresses between the vertebrae.
The bed shear stresses are determined from the Reynolds stresses and velocity gradients.
When these are fitted carefully the hull can carry shear stresses well and stay watertight.
Optionally, shear stresses are magnified by producing thin bottomed pockets.
This causes the material to experience highly localized shear stresses between the punch and die.
The role of shear stresses can be significant for high-rise hybrid buildings.
Bending moments and normal stresses Torques and shear stresses.
In step d, a mill that encourages shear stresses is used, preferably a roller grinding mill.
That CFD model can then solve for wall shear stresses.
However, these devices cause shear stresses which damage the cellular material.
The changes in the Bragg wavelengths are a measure for the shear stresses occurring.
Furthermore, the frictional forces cause shear stresses in contact with the resulting damping material.
Thus, this central area is optimized to withstand shear stresses.
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