Computational modeling and analysis of flow-induced vibration of an elastic splitter plate using a sharp-interface immersed boundary method
We present the development and benchmarking of an in-house fluid–structure interaction
(FSI) solver. An implicit partitioned approach is utilized to couple a sharp-interface immersed …
(FSI) solver. An implicit partitioned approach is utilized to couple a sharp-interface immersed …
Effects of chordwise flexibility on 2D flapping foils used as an energy extraction device
G Jeanmonod, M Olivier - Journal of fluids and structures, 2017 - Elsevier
The effects of chordwise pressure-and inertia-driven deformations on the power extraction
potential of a kinematically constrained oscillating thin plate that undergoes a heaving and …
potential of a kinematically constrained oscillating thin plate that undergoes a heaving and …
Influence of support gap on flow induced vibration of heat exchange tube
Z Ding, L Xu, D Liu, Y Yang, J Yang, D Tang - Annals of Nuclear Energy, 2023 - Elsevier
With the increasing requirements for heat transfer efficiency, large-scale and high flow
speed are the two critical issues for the common heat exchanger design. The failure of heat …
speed are the two critical issues for the common heat exchanger design. The failure of heat …
Unsteady performances of a parked large-scale wind turbine in the typhoon activity zones
D Tang, M Xu, J Mao, H Zhu - Renewable Energy, 2020 - Elsevier
Numerous large-scale wind turbines have been built in tropical cyclone zones in China
during the last decades. However, considerable failures of parked wind turbines have been …
during the last decades. However, considerable failures of parked wind turbines have been …
Using adjoint-based optimization to study kinematics and deformation of flapping wings
The study of flapping-wing aerodynamics faces a large control space with different wing
kinematics and deformation. The adjoint-based approach, by solving an inverse problem to …
kinematics and deformation. The adjoint-based approach, by solving an inverse problem to …
Numerical analysis on the aerodynamic characteristics of an X-wing flapping vehicle with various tails
H Li, D Li, T Shen, D Bie, Z Kan - Aerospace, 2022 - mdpi.com
X-shaped flapping wings have excellent maneuverability and flight capabilities under low-
Reynolds-number conditions. An appropriate tail can extend the range of a vehicle and …
Reynolds-number conditions. An appropriate tail can extend the range of a vehicle and …
Adjoint-based optimization for thrust performance of three-dimensional pitching–rolling plate
An adjoint-based optimization is applied to study the thrust performance of a pitching–rolling
ellipsoidal plate in a uniform stream at Reynolds number 100. To achieve the highest thrust …
ellipsoidal plate in a uniform stream at Reynolds number 100. To achieve the highest thrust …
On the unsteady aerodynamics and design of flapping wing vehicles
Flying birds, bats and insects have always inspired humans to venture into developing bio-
inspired flying machines. Such vehicles imitate flapping wing concept are also known as …
inspired flying machines. Such vehicles imitate flapping wing concept are also known as …
A CFD/CSD coupled method with high order and its applications in flow induced vibrations of tube arrays in cross flow
D Tang, S Bao, L Luo, H Zhu, H Cui - Annals of Nuclear Energy, 2019 - Elsevier
Wear and tear are the most common failures of tubes in cross-flow during long time
operation of a steam generator due to the fluid induced vibrations. A fluid-elastic approach …
operation of a steam generator due to the fluid induced vibrations. A fluid-elastic approach …
On the number of tubes required to study oscillating vortices and frequency spectrums of tube arrays in cross flow
The oscillating vortices are of much practical importance in the analysis of the fluid-induced
vibrations in cross-flow of a steam generator. However, the investigations on the vortex …
vibrations in cross-flow of a steam generator. However, the investigations on the vortex …