Sentence examples for input of mechanical from inspiring English sources

The dry raw materials were transformed into a hydraulic cement via input of mechanical energy using a ball mill.

This "trial" approach minimizes the total input of mechanical energy to the channel and, perhaps surprisingly, succeeds in calculating water surface profile under both in sub- and supercritical regimes, and even captures the hydraulic jump in a single pass calculation.

Understanding the input of mechanical signals in the stable differentiation of skeletal tissues is of particular importance in attempts to regenerate tissue for replacement therapies including therapies for patients with articular cartilage defects such as arthritis.

These conditions gave random shaped particles with low aspect ratio, with the minimum input of mechanical energy, ensuring retention of plant cell wall structures, as confirmed by optical microscopy.

The impact of heat input on mechanical aspects like joint strength, toughness, microhardness and metallurgical and corrosion characterization of UNS S31803 duplex stainless steel (DSS) in solid state continuous drive friction welding was studied.

The maximum heat load the system could transfer increases up to 180 W (heat flux = 17.7 with2) witransportort distance of 1850 mm at the heater surface temperature below 80 °C, when the power input of the mechanical pump is 2 W.

Finally, sensitivity analysis was performed to study the effect of the cost of the pretreatment reactor and the energy input for mechanical refining.

The inputs of the mechanical model are the reaction torque of the generator ( tau_{text{aero}}^{prime } ) and the aerodynamic torque ( tau_{text{aero}} ).

Saxena, et al [66], used GA to select an optimal feature set, which was used as the input of ANN for mechanical fault classification.

The WiseTex geometrical models serve as input data for models of mechanical properties of textile composites, deformability of the textile reinforcements in tension, shear and compression, and permeability of textiles.

Combined AFM experiments and computational modeling on subsecond timescales of the indentation nanomechanics of Cowpea Chlorotic Mottle Virus capsid show that the capsid's physical properties are dynamic and local characteristics of the structure, which change with the depth of indentation and depend on the magnitude and geometry of mechanical input.