Sentence examples for mechanical parameters affecting from inspiring English sources

The modelling results show that particle-particle friction angle, particle-fiber friction angle, fiber tensile strength, D90 degradation rate, and friction angle between plugging zone and fracture surface are main mechanical parameters affecting the plugging zone strength.

The proposed relationships are based on the numerical results coming from an extensive parametric analysis performed by means of FE code ABAQUS, which gains insight into the influence of all the geometrical and mechanical parameters affecting the ultimate behaviour of aluminium alloy beams.

Moreover Shape of the pin (simple and convex), rotational speed and translational speed are used in experimentations as the variable parameters affecting mechanical properties.

Design parameters affecting initial mechanical stability of tapered, splined modular titanium stems (TSMTSs) are not well understood.

However, the importance of mix design parameters affecting the mechanical properties of geopolymer has yet to be quantitatively assessed.

However, the large number of parameters affecting the mechanical behavior of FRP strengthened beam column joints makes the development of reliable capacity models complex.

In such a process, the degree of impregnation is one of the most important parameters affecting the mechanical properties of the final product.

Among these important factors, the interface, waviness, agglomeration, orientation and length of the nanotube are key parameters affecting the mechanical properties of nanocomposites.

According to Richter et al. (2009), a quality controlled fibril morphology, a homogeneous dispersion into the adhesive as well as a comparable polarity of fibrils and adhesive polymers are critical parameters affecting the mechanical performance of the adhesive bond.

In the present study, the influence of such parameters affecting physic-chemical and mechanical properties of nitride steels was evaluated.

In the present paper the main processing parameters affecting the microstructural and mechanical behavior of metal metal cold spray deposits are described.