Effect of distributive mass of spring on power flow in engineering test

Vibrational power flow analysis of cracked functionally graded beams

“…Liu et al [10] studied propagation characteristics of the vibrational power flow in a laminated composite cylindrical shell filled with fluid. At present, the power flow analysis becomes an important tool for studying the structural noise [11], isolation system [12], power transmission [13], etc.…”

Vibrational power flow analysis of Timoshenko microbeams with a crack

“…Sheng et al [10] analyzed the effect of the distributive mass of spring on the vibrational power flow from experimental tests. Zheng et al [11] predicted the energy contribution of the interior vibrational noise in a high-speed train using finite element method.…”

Numerically Exploring the Potential of Abating the Energy Flow Peaks through Tough, Single Network Hydrogel Vibration Isolators with Chemical and Physical Cross-Links

“…Subsequently, a number of studies have been conducted, including the analysis of the energy (power) flow from a machine through multiple vibration isolators and into a supporting structure [ 113 ], and into a cylindrical shell [ 114 ], and studies of the energy (power) flow through multi-dimensional vibration isolation systems [ 115 ]. They also include studies of the energy (power) flow through vibration isolators during an earthquake [ 116 ], through vibration isolators into a floating panel [ 117 ], through magneto-sensitive vibration isolators [ 71 , 85 , 118 , 119 , 120 ], through non-linear vibration isolators [ 121 , 122 ] and through steel springs with distributed mass [ 123 ]. Furthermore, they include studies of the energy (power) flow from a centrifugal turbo blower into a chassis frame [ 124 ], in a two-stage non-linear vibration isolation system [ 125 ] and in a two-stage inerter-based vibration isolation system [ 126 ].…”