Sentence examples for true stresses from inspiring English sources

Compared with true stresses in both x and y directions in uniaxial compression, performances of them in equi-biaxial compression are reinforced.

The finite strain theory and physical law in form of Norton's law generalized for true stresses and logarithmic strains are applied.

Values for these true stresses are obtained from uniaxial tensile tests or calculated from engineering tensile data using a linear strain-hardening model for necking deformation.

For the mainly shear dominated stress paths followed, deformation remained nearly planar allowing for the establishment of both the true stresses and the local deformation strictly from measurements.

This machine allows real time direct measure of true stresses, strains, in-plane and out-of-plane birefringences during the deformation.

The specimen geometry, experimental setup, and use of DIC allow the true stresses and strains to be established directly from experimental measurements.

Corresponding true stress-true strain curves are obtained.

True stress at failure was 7.1 13.6% higher than engineering stress, while stress estimation under the hypothesis of incompressibility differed from true stress of −6.6 to 2.3%.

The true stress σ versus true strain ɛ are approximated by σ = K1 + K2ɛ1/2.

As expected, the true stress levels are much higher than those indicated by the engineering stress.

The proposed model utilizes the concept of true stress true strain nature of constitutive equation in determining the squash load.