Rotating composite beams and blades have a wide range of applications in various
engineering structures such as wind turbines, industrial fans, and steam turbines. Therefore …

In the 1st stage deployment of the IKAROS solar sail, the flexible beam with comparable
mass relative to the mass of the rotor is stretching actively in the axial direction, which brings …

The liquid-like property of solvent-free nanofluids under room temperature can be
harnessed to achieve various advanced functions with significant applications. However, the …

Decreasing the vibration amplitude of the manipulator in the Space Manipulator Systems
(SMS) with a given mass limitation is an effective way to reduce the control costs for the …

The fascinating liquid-like behavior of Fe 3 O 4/polyaniline (Fe 3 O 4/PANI) solvent-free
nanofluid permits some important applications. However, for the lack of investigation on the …

In this paper, dynamics of a flexible hub–beam system is studied using a first-order
approximation coupling (FOAC) model and the assumed mode discretization method. Three …

A comprehensive dynamic model of a rotating hub–functionally graded material (FGM)
beam system is developed based on a rigid–flexible coupled dynamics theory to study its …

Cross-drainage hydraulic structures such as culverts and bridges in urban landscapes are
prone to get blocked by the transported debris (eg, urban, vegetated), which often reduces …

In this paper, the global mode method (GMM) is proposed to obtain a reduced-order
analytical dynamic model for a signal flexible-link flexible-joint (SFF) manipulator. Firstly, the …

As long flexible blades in large wind turbines are prone to excessive bending deformations,
there are failures in dynamic analyses under linear (small deflection) conditions. Thus, a …