Sentence examples for material distribution velocity from inspiring English sources

In this study, the influences of material distribution, velocity of the moving load and excitation frequency on the dynamic response of the beam are investigated.

In this study, the effects of the different material distribution, velocity of the moving harmonic load, the excitation frequency on the dynamic responses of the beam are discussed.

In this study, the effects of large deflection, material distribution, velocity of the moving load and excitation frequency on the beam displacements, bending moments and stresses have been examined in detail.

The influences of the different material distribution, velocity of the moving harmonic load, forcing frequency, the rigidity of the elastic layer between the FG beams and the boundary conditions on the dynamic responses are discussed.

In this study, the effects of the shear deformation, various material distributions, velocity of the moving mass, the inertia, Coriolis and the centripetal effects of the moving mass on the dynamic displacements and the stresses of the beam are discussed in detail.

Additionally, qualitative flow behaviour is evaluated by examining relevant velocity and material distribution trends.

Numerical results are presented in both tabular and graphical forms to figure out the effects of various material distributions, carbon nanotube orientations, velocity of the moving load, shear deformation, slenderness ratios and boundary conditions on the dynamic characteristics of the beam.

Marker particles are released in the already-flowing material and the velocity distribution is deduced from the measured times of passage.

Figure 11 Distribution of velocity clusters for stiff systems.

Figure 12 Distribution of velocity clusters for soft systems.

Fig. 6 Distribution of velocity residuals in SW Taiwan.