Sentence examples for critical coefficients from inspiring English sources

In fact we compute the critical coefficients of normal forms in order to find out the bifurcations properties.

In the case of machine M1, which is a newer machine and the more automated a greater impact on quality have downtime (TP), breakdown time (TA) and coefficient of operating (WE) and in the case of machine M 2 there are some critical coefficients, such as: WW, WPD, UCD.

Critical coefficient of stress intension (K1).

In this model the critical coefficient C μ is a function of mean flow and turbulence properties, rather than assumed to be constant as in the standard model.

Finally, a general form for the local buckling critical coefficient is also presented along with tabulated parameters for prompt assessment of critical stresses, consisting in a simple and reliable alternative for design approach.

In addition, the roughness factor, which is a critical coefficient in simulating the activation overpotential in Butler-Volmer equation, is also modeled as a function of TT-LGDL morphologies.

To compare our results with those obtained in Solomatov (2004a,b), we convert the critical yield stress τ y,c r and critical yield stress gradient τ y,c r′ into their dimensional forms (Equations 20 and 22) and estimate the critical yield strength and the critical coefficient of friction μ for subduction initiation on the Earth.

The critical coefficient C μ can be expressed as a function of the mean strain and rotation rates, the angular velocity of the system rotation and the turbulence fields as follows C μ = 1 A 0 + A s k U ∗ ε, (19).

To visualize the results, we use the U-shaped plot of extinction time as a function of the selection coefficient against deleterious mutations (s), to characterize the range of critical selection coefficients s c between which extinction is expected to occur in a given interval of time [ 6, 9].

Critical buckling coefficients are determined for composite plates with various aspect ratios and angles of the reinforcement orientation.

A genomic decay paradox for this mutation rate exists at T age = 100 Kyr in the range of critical selection coefficients s c ≈ 0.0002 to 0.06.