Sentence examples for characteristic coefficient from inspiring English sources

A shear strength formula for steel fiber reinforced RCA concrete (SFRCAC) based on compressive strength and characteristic coefficient of steel fiber has been put forward.

The proposed procedure comprises model calibration, validation, and predictive uncertainty estimation in terms of a characteristic coefficient of variation (characteristic CV).

Based on the image processing toolbox of MATLAB, image gray, contrast enhancement and OTSU image threshold segmentation technology are used to extract the characteristics of bugholes on the concrete surface, and the threshold value of shape characteristic coefficient to distinguish the cracks and the surface bugholes is chosen as 45.

To obtain the systems characteristic coefficient is necessary to assume a (K_{text{foundation}}) so that the bending moment can be obtained.

where (A = diagleft ({{mu _{1}},{mu _{2}}, cdots {{mu _{{I_{1}}}}}} right)), ρ(A) is the number of district diagonal elements of A, μ 〈1〉>μ 〈2〉>⋯>μ 〈ρ(A)〉 are the district diagonal elements in decreasing order, τ i (A) is the multiplicity of A, and χ i,j (A) is the (i,j -th characteristic coefficient of A [30].

The main characteristic coefficients describing the structure of such networks are outlined.

Therefore, both enhancing the mathematical model and defining the simulated material better in the sense of its characteristic coefficients mean reducing the error of the application.

The method relates the main climatic data and operating conditions of the still with distilled water output in daily and night base with linear equations using characteristic coefficients.

The "input output" model relates main climatic data and operating conditions of the solar distillation system with distilled water output in daily and night base with linear equations using characteristic coefficients.

The experimental model contains a collection of variables of the cutting process by means of sensors and transformation of those data into numerical values, which are a starting point for data calculation of characteristic coefficients of materials.

The average curve-to-curve ratios are utilized to describe the relationship of the extracted curves and fault diagnosis can then be achieved by comparing the ratios to the fault characteristic coefficients.