The phrase "accuracy of the strength" is not correct and may be unclear in written English.
It could be used in contexts discussing the precision or correctness of a measurement related to strength, but it lacks clarity.
Example: "The accuracy of the strength measurements is crucial for ensuring the safety of the structure."
Alternatives: "precision of the strength" or "correctness of the strength".
On the other hand, the influence of the CZM shape can be neglected when using brittle adhesives, without compromising too much the accuracy of the strength predictions.
Ultrasonic extrusion increased the accuracy of the strength tests of construction ceramics, indicating the prospect of ultrasonic die development for industrial extruders for bricks, facing tiles and roof tiles.
Cohesive Zone Models (CZM) are an accurate design method for bonded structures but, depending on the adhesive type and specimen's geometry, the accuracy of the strength predictions may be highly compromised by the choice of the cohesive laws.
Also investigated herein are the difference of design philosophy between the design provisions, the failure mode of the tested specimens, the column strength interaction diagram, and the effect of steel ratio on the accuracy of the strength predictions.
Instead, the accuracy of the strength correction factors is determined by a weighted regression analysis of ratios of observed-to-predicted values which accounts for the non-uniform variances of the dependent and independent variables.
Finally, the predicted capacity obtained by using the proposed strength estimation method is compared with experimental results and the nominal axial strength determined according to the AISI provisions, by which the suitability and accuracy of the proposed strength estimation method have been established.
A limitation of the study was not including a teacher assessment of the child's behaviour as the diagnostic accuracy of both the Strengths and Difficulties Questionnaire and the BRIEF is superior when both parent and teacher reports are used.
Compared to experimental results, the accuracy of the predicted strength is within 10%.
Compared to experimental data, the accuracy of the predicted strength is within 17%.
The results of analysis of variance (ANOVA) indicated that the accuracy of the developed strength models based on response surface method was satisfactory.
The accuracy of the available strength prediction methods (point and average stress methods, inherent flaw model, semi-analytical cohesive zone model and finite fracture mechanics) to simulate the effect of size on the strength of notched composites is discussed.
