Examples of 'tensile stresses' in a sentence
Meaning of "tensile stresses"
This phrase refers to the forces or pressures experienced by an object or material when subjected to pulling or stretching forces. It describes the internal stress that arises within a structure or component due to applied loads in tension. Tensile stresses are characterized by elongation or deformation along the direction of the applied force
How to use "tensile stresses" in a sentence
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tensile stresses
A constant distribution of tensile stresses is then assumed.
Tensile stresses therefore occur mainly in the screw.
The benefits of tensile stresses were noted.
No tensile stresses between cement and cortical bone.
The most critical types of stresses are tensile stresses.
The tensile stresses are preferably applied parallel to the weld.
More preferably an online estimation of tensile stresses are presented.
Limited tensile stresses between cement and trabecular bone.
This condition produces bottom tensile stresses and bottom up cracking.
Tensile stresses transverse to the direction of compression are developed.
This helps negate tensile stresses would set up by friction.
Tensile stresses at the top.
The incorporation of fiber reinforced composite and induce tensile stresses.
Tensile stresses can be very high in tightly fitted bearing components.
This makes it possible to avoid tensile stresses on the first external covering.
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Tensile stresses can be taken up also by means of various additional steels.
Also the mechanical characteristics under tensile stresses of the specimens are determined.
It is the tensile stresses that give rise to fatigue of details of that kind.
To do so the truss encounters large amounts of interlaminar shear and tensile stresses.
It is caused by tensile stresses greater than the glaze is able to withstand.
The benefit comes at the expense of higher tensile stresses deeper in the part.
Such tensile stresses must not be allowed to result in damage to the connection.
The bottom bars serve to combat the tensile stresses resulting from bending.
Tensile stresses are insignificant in the pressure wall with regards to its function.
The test piece is subjected to tensile stresses directed along its longitudinal axis.
Tensile stresses in the core and compression stresses in the surface are usually obtained.
Such locations may develop residual tensile stresses in the practice of this invention.
The tensile stresses tend to cause propagation of cracks from the minor scratches.
This cracking is usually due to the simultaneous presence of tensile stresses in a corrosive environment.
This helps negate tensile stresses that would be set up by friction at this interfaz.
The understanding of this process requires experimental analyses of rock specimens under tensile stresses.
The values of the internal tensile stresses are deduced from the previous values by calculation.
This forms a passage through which spline intended for resisting tensile stresses is placed.
This may impose excessive tensile stresses on the bond adjacent to the contaminated área.
Welding processes impart a combination of compressive and tensile stresses into the base material.
Only tensile stresses contribute to SCC.
The device is adapted for taking mainly tensile stresses between said two elements.
Tension tests provide information on the strength and ductility of materials under uniaxial tensile stresses.
Holes in the geomembrane due to tensile stresses Significant decreases in bentonite mass.
Light traffic will lift the edge of the slabs that produces the tensile stresses.
Tensile stresses in the Interior.
This configuration enables the stabilizer rigidly to oppose both tensile stresses and compressive stresses.
Imagine all the tensile stresses due to several heating / cooling cycles.
The parabolic diagram for compression and tension stiffening for concrete tensile stresses are preset.
These so-called adhesive tensile stresses in the adjacent material are unwanted.
However, these edge stresses are balanced locally by tensile stresses.
When shrinkage is restrained, tensile stresses are induced and a cracking risk occurs.
In fact, such a material provides better resistance to tensile stresses.
Moreover, high tensile stresses were observed within the struts and in the nodal zones.
The curves on figure 9 confirm the incidence of such tensile stresses.
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