...Ryan K. Schwab; Heidi E. Reid; Mark Jankauski Flapping wings deform under both aerodynamic and inertial forces. However, many flapping wing fluid–structure interaction (FSI) models require significant computational resources which limit their effectiveness for high-dimensional parametric studies...

... by the Noise Control and Acoustics Division of ASME for publication in the J ournal of V ibration and A coustics . 15 09 2018 09 11 2019 09 11 2019 18 12 2019 turbulent wall-pressure fluctuations wavenumber-frequency space-frequency fluid-structure interaction flow-induced...

...Ryan Schwab; Erick Johnson; Mark Jankauski Fluid–structure interaction (FSI) plays a significant role in the deformation of flapping insect wings. However, many current FSI models are high-order and rely on direct computational methods, thereby limiting parametric studies as well as insights...

....” Overall, these findings reinforce the idea that fluid–structure interaction effects must be taken into account when studying the induced vibrations on hydrofoils inside water tunnels. The acoustic modes ff 1 , ff 3 , and ff 4 of the short cavity provoke pressure distribution...

... 09 2018 23 01 2019 23 01 2019 vibration analysis experimental modal analysis roving hammer impact fluid–structure interaction intracranial pressure monitoring The human head includes the cranium and intracranial components such as the brain, cerebellum, and cerebrospinal...

... boundary is obtained and the transonic bucket is precisely captured. More, this algorithm can be applied to the numerical analysis of other complicated problems related to aeroelasticity. transonic and supersonic panel flutter fluid-structure interaction characteristic-based split finite element...

.... In this paper, the contribution of entrained fluid is investigated with FE models of a representative volume element, explicitly considering fluid-structure interactions. The entrained fluid is considered inviscid and both heat conduction and convection are neglected, leading to an acoustic model for cavities...

... on the applicability of beam (or plate) theories to describe microstructural deformations. The wave propagation in a periodic square lattice is analyzed with a finite-element model, which explicitly considers fluid-structure interactions, structural deformations, and fluid-pressure variations. Bloch theorem...