Sentence examples for blade and dynamic from inspiring English sources

The dynamic hip helical system (DHHS), designed by AO/ASIF, merges the concept of locking side plate, helical blade and dynamic hip screw.

Biomechanical studies using paired cadaver femurs have demonstrated that fixation with locked plates is superior to that with plates with non-locked screws including blade plate and dynamic condylar screw [27, 28].

Moreover, by establishing the dynamic model of the blade and casing, the dynamic normal rubbing forces are also calculated under the blade-casing rubbing.

A mathematical model consisting of an array of rotating pendulums was built to study the stability of an array of rotating blades and the dynamic interaction between the blades and the rotor.

The basic principles which are currently applied to BE-M theory for rotor performance prediction are transferred to the CFD code, allowing the correlation between flow geometric characteristics (such as blade angles of attack) and dynamic quantities (such as rotor torque and blade tangential and normal forces).

Advanced moving mesh techniques are used to prescribe the motion of the blades, combining the sliding and dynamic mesh techniques as well as re-meshing for multi-blade simulations.

The results show that the rubbing model has satisfactory accuracy by comparing simulation with experiment; the linear or nonlinear characteristic of normal rubbing force depends on the stiffnesses of the blade and the casing; the dynamic normal rubbing force is less than the quasi-static normal rubbing force, and both have the same change trend.

Part I blade modelling and vibration analysis establishes a compressor blade model based on reverse engineering and investigates the blade's dynamic characteristics during aerodynamic and structural behaviour interactions under various flight conditions.

Finite element analysis is utilized to determine the stresses and dynamic characteristic of the blade for these conditions.

A series of analytical, finite element and experimental analysis were utilized to determine the steady-state stresses and dynamic characteristic of the blade.

The distribution laws of radial velocity, tangential velocity, and axial velocity between dynamic fan blade and static fan blade are given.