Sentence examples for material flow velocity from inspiring English sources

The simulation result of the initial design shows that the material flow velocity in the bearing exit is non-uniform.

The point is thought to be the stagnation point [14, 15, 21], and the region is the stagnation region where the material flow velocity is almost zero [22].

Both the experimental and simulated results show that superimposing ultrasonic vibration on FSW increases the material flow velocity and strain rate; enlarges the flow region and deformation region.

The half-threaded pin was beneficial for attaining bigger bonding width at the lap interface, which resulted from the higher material flow velocity.

One is based on the existence of stagnation point at the tool edge [22], another one is based on the formation of stagnation region in which the material flow velocity is almost zero [23].

Using the developed model, the effect of maximum allowable temperature of metal wall material, flow velocity and uneven heat flux distribution of scramjet has been evaluated by simulating some typical operating conditions, and some conclusions are drawn to assist the fundamental understanding of heat sink use of endothermic hydrocarbon fuel.

The simulation results show that with the originally designed die the material flow velocities in the profile cross-section of the bearing exit are non-uniform.

According to the experimental observations, the non-Faraday material loss increases with flow velocity but decreases with surface hardness of the target, indicating a role of mechanical force.

And the influences of particle size, sediment material, ultrasonic frequency and flow velocity on the relationships are discussed in practical applications.

In addition, it was found from numerical simulation results that, in the welding plane, the deforming material with a higher flow velocity has a lower value of p/σ, and vice versa.

Linearized equations around the static deformation are obtained from the discretized equations, and then the evolution of in-plane and out-of-plane natural frequencies for the curved microtube with various values of flow velocity and material length scale parameter is investigated.