Sentence examples for bending as a function from inspiring English sources

The enhanced accounts for the estimation of secondary bending as a function of geometrical parameters, material properties, and stacking sequence.

Isothermal storage moduli and results of three-point bending as a function of composition are connected to the phase diagram.

The final parametric equations describe the stress intensity factor distributions for tension and bending as a function of plate thickness, weld attachment width, weld angle, weld root radius, crack length and crack shape.

It is shown that the evolution of rigidity, tensile and bending, as a function of diameter can be described by a unique function for non-chiral and chiral single-walled nanotubes, i.e. regardless of the index or angles of chirality.

Bending loss as a function of core porosity with different bending radius is shown in Fig. 11.

Flexural modulus, material temperature, and heat removal rates are measured during four-point bending testing as a function of environmental temperature and coolant flow rate.

We conclude with results of such a predictive measurement, the autocorrelation time, for the end-to-end distance and the bending angle as a function of DNA length.

Two sets of tests are performed on the magnet: magnetic field measurement resulting in a three-dimensional magnetic field map and measurement of the electron beam bending angle as a function of the magnet current.

The analysis relates the sudden strain energy which the bar gains following an impact (when either the stationary bar is collected by a body moving with substantial momentum or alternatively when the moving bar is suddenly brought to a halt) and establishes the bending strength as a function of mass, stiffness and other kinematic conditions.

In the temperature range from 30°C to the Curie point Tc (≈272°C), the bending strength as a function of temperature exhibits a valley shape and the valley floors at a temperature around 225°C, revealing a 25% reduction in comparison with the bending strength at room temperature.

(c) A typical line profile with marked positions of the measured peak (A) and the valley (B) between two underlying particles and (d) bending deformation as a function of load.