Sentence examples for engineering stress from inspiring English sources

Creep tests were performed at 550 °C in an engineering stress range of 300-560 MPa.

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

In tests with a stress-controlled program, any cycle of deformation consists of tension up to a maximum engineering stress σmax and retraction down to some minimum engineering stress σmin.

The post ratcheting tensile properties show that hardening becomes more in case of prior engineering stress- control tests.

Engineering stress, true stress, and work of fracture decreased as displacement rate and sample flatness are increased.

Furthermore, we demonstrate that the tensile curve is not linear if it is established from engineering stress and engineering strain.

The simulated engineering stress-strain curves fit the measured engineering stress-strain curves very well.

Tensile properties were examined by engineering stress-strain curves.

Therefore, TdSHN1 may be a good candidate for engineering stress-tolerant plants.

Tensile tests were performed and their engineering stress-strain curves were examined.

In this sense, engineering stress-strain diagrams and creep curves are presented.