Sentence examples for rotor path from inspiring English sources

Momentum source terms are derived for such rotors from URANS simulations taking into account the presence of fairings and also incorporating the optimal tip speed ratio (TSR), thanks to a procedure based on local flow conditions upstream of the rotor path and on the mass flow through each rotor.

The trajectory of the proton viewed in the reference system of the rotor (R-path) must lag behind that of the stator (S-path).

Here, we propose a mechanism of unidirectional rotation of the Fo complex, which is in agreement with these new structural insights as well as our more general ΔΨ-driving hypothesis of membrane proteins: A proton path in the rotor-stator interface is formed dynamically in concert with the rotation of the Fo rotor.

When a helicopter hovers in a windless condition, the plane of rotation of the rotor (the tip-path plane) is parallel to the ground, and the sum of the weight and drag forces are exactly balanced by the sum of the thrust and lift forces.

Wheels of rotor follow the helical path on the internal surface of pipe line and move in the longitudinal direction inside the pipe.

It is important to emphasize that the proton path must be physically located in the rotor-stator interface during the energy converting, because the torque is to be applied between the rotor and the stator.

Transient 3D single phase simulations on a small scale ORC expander were further set up in the ANSYS CFX solver and provided insights on the main flow field as well as in the leakage paths between rotor blade tips and casing.

This feature is particularly important for helicopters because the steady state motion of the rotor blades determines the flight path.

The developed kinematical equations are based on a nonlinear law governing the non-uniform movement of the material on an uneven helical path between the rotor and concave-cage.

Projects to understand the mechanics of spider webs, detect minute quantities of disease markers in fluid, and design stronger materials for 50-ton submarine rotor shafts are offering a path to research experience for 18 Summer Scholars through MIT's Materials Processing Center and Center for Materials Science and Engineering.

The coolant circulates in the entire motor from the housing to the rotor through the proposed coolant paths.