Sentence examples for beam aspect from inspiring English sources

The effects of beam aspect ratio, structural boundary conditions, and mode number on the frequency shifts are discussed.

With an increase in beam aspect ratio, the bending component increases while the total axial strain remains constant.

These regimes are marked on maps with axes chosen from the sandwich beam transverse core strength, the sandwich beam aspect ratio and the level of blast impulse.

The FE calculations are employed to construct design charts to select the optimum transverse core strength that either minimises the back face deflections or support reactions for a given sandwich beam aspect ratio or blast impulse.

Furthermore, the effects of beam aspect ratio, stress-free temperature on the quality factor and the influence of the surface stiffness on the frequencies and modal sensitivity of the AFM cantilever with and without considering thermo-elastic damping effects are discussed.

The efficacy of the proposed shape-morphing strategy on the propulsion performance is assessed by studying thrust production, lift forces, and hydrodynamic power dissipation for a range of prescribed dynamic and geometric conditions, including vibration frequency, amplitude of imposed chordwise curvature, and beam aspect ratio.

Natural frequencies and vibration modes are provided for various system configurations: i.e., the length ratio between the plate and the beam, the aspect ratio of the plate, and the distance between beams.

Numerical computations for the Cartesian components of the optical radiation force on prolate and oblate spheroids with arbitrary orientation are performed, with emphasis on the emergence of a negative pulling force and its dependence on the half-cone angle of the beam, the aspect ratio of the spheroid, and its orientation in space.

The obtained non-dimensional Knudsen force coefficient, dependent on the Knudsen number, temperature ratio and the gap height to beam width aspect ratio, quantifies the magnitude of the force for a wide range of generic conditions and could be used for design and analysis of sensors and actuators exploiting this rarefied flow effect.

Nabilah and Koh (2017) tested four conventional RC coupling beams with aspect ratios of 2.5 and 3.1 and reported that the shear stiffness of an intermediate length coupling beam was reduced by 0.1% of the initial stiffness value upon the yielding of the reinforcement.

The paper presents the main design considerations, linear and non-linear beam dynamics aspects of the new lattice proposed.