tensile strain

There is no evidence of tensile strain in any sutures.

This has the effect of stretching the cable, setting up a tensile strain.

The tensile strain measurement was done by using an optical image analysis technique.

Global compressive and tensile strains were less than 1 and 4%, respectively.

As the specimen is symmetrical the average value is the tensile strain.

For accurate monitoring of tensile strains in underground mining, fault zones and natural slopes.

Concrete is a brittle material and can only withstand small amount of tensile strain due to stress before cracking.

Compressive and tensile strains during shear Figure 1b.

For consistency the Greek symbol ε is used instead of e for the tensile strains as well.

Based on the results of the above tests, a nondimensional tensile stress – tensile strain relationship has been presented.

We demonstrate that a simplified band structure model can be used to predict such phenomenon as gain switching in materials under tensile strain.

These form compressive strain fields and tensile strain fields, respectively.

The tests showed that while the tensile strength increased with curing time, the failure tensile strain decreased.

In common with other materials, shear deformation in soil causes compressive and tensile strains to develop.

This causes tremendous valgus stress and tensile strain on the UCL.

In their paper recently published in Nature Photonics, they reveal how they can generate the necessary tensile strain efficiently.

The geocomposite above the primary geomembrane has the potential of inducing tensile strains in the underlying geomembrane.

This relieves a tensile strain directly below the dislocation by filling that empty lattice space with the impurity atom.

In this case, two materials, one in tensile strain, the other in compression strain, will induce substantial bending.

Pullout resistance is governed by progressive tensile strain in the geosynthetic which is a result of relative displacement between it and the soil.

The optimum reduction pattern to obtain the target slab thickness and to minimise tensile strain caused by the reduction has been established.

Even though calculated potential tensile strains are small, it appears that they can be concentrated to form thin cracks in the very stiff, unsaturated overburden soils.

The addition of Adfil fibres increases the tensile strain capacity of the concrete during the plastic stage giving the concrete increased intrinsic strength.

It can be observed that the effect of the discontinuity (notch), the presence of large tensile strains, is limited to the bottom part of the asphalt.

If a tensile force is then generated in the Achilles tendon it will increase tensile strain in the plantar fascia.