@article{oai:uec.repo.nii.ac.jp:00010323,
 author = {山本, 遼 and Yamamoto, R. and 森田, 淳一 and Morita, J. and 守, 裕也 and Mamori, H. and 宮嵜, 武 and Miyazaki, T. and 原, 峻平 and Hara, S.},
 issue = {8},
 journal = {Physics of Fluids},
 month = {Aug},
 note = {To improve energy efficiency, flow control techniques for skin-friction drag and heat transfer with regard to wall turbulence are essential. This study performs direct numerical simulation of turbulent channel flows. The traveling-wave-like body force is employed as the flow control technique to break the similarity between momentum and heat transfer. The traveling wave control mimics the self-excited thin film in the corresponding experimental study. When the wave traveled slowly along the downstream direction, the skin-friction drag, heat transfer, and analogy factor were found to increase. Moreover, these parameters increased with an increase in the reference height of the traveling wave (h_w). Flow visualization shows turbulence enhancement owing to the increase in h_w. Three-component decomposition elucidates the difference between the control effect on the Reynolds shear stress and the turbulent heat flux.},
 title = {Turbulent channel flow controlled by traveling-wave-like body force mimicking oscillating thin films},
 volume = {34},
 year = {2022}
}