Sentence examples for differences in the coefficient of from inspiring English sources

Owing to differences in the coefficient of thermal expansion between the two phases, compressive residual microstresses were found in the ferritic phase and balancing tensile microstresses in the austenitic phase.

Differences in the coefficient of determination (R2) between the two simulations, for a given pulse density, did not exceed 10-15.

For the unexplained portion of the gap, we may not differentiate the part attributed to the group membership (true "unexplained" captured by the difference in intercepts) from the part attributed to differences in the coefficient of the omitted group [5].

The differences in the coefficient of determination, (R^{2}), confirms that high-density organizations are distinguishable from the U.S. federal workforce at large in terms of worker attrition rate.

We also did not observe notable differences in the coefficient of variation between Dox treated and untreated samples (Figure S3).

Simple and multiple regression models were compared by differences in the coefficient of determination (R2) and through the Akaike information criteria (AIC).

When a ceramic and a metal are bonded, the residual stress develops because of difference in the coefficient of thermal expansion.

The origin of this unsatisfactory result lies in the cracking of the coating that occurred when the pieces were introduced in the furnace, due to the great difference in the Coefficient of Thermal Expansion (CTE) of alumina and 304L steel.

However, the bonding at the interface and the difference in the coefficient of thermal expansion between hydroxylapatite and the metals are crucial factor affecting the reliability of the coating layer.

There is distinctive difference in the coefficient of thermal expansion (CTE) between fiber reinforced polymer (FRP) bar and surrounding mass, which may generate great transverse thermal pressure at their interface and cause significant reduction in bond strength of FRP tendon.

Analytical and finite element analysis helps to illuminate the experimental results and indicates that the difference in the coefficient of thermal expansions, as well as the mechanical loads, have an impact on the stress/strain distribution.