Researcher Information
researchmap URL
Research activity information
Papers
- Taketo Ariki; Masanori Ikeda
Reynolds-stress root modeling based on a statistical theory
Physics of Fluids, 01 Aug. 2023
35, 8, 085109
[Reviewed]
Lead, Corresponding - Yuichi Kuya; Taketo Ariki; Shunya Endo; Thanakorn Sujisakulvong; Keisuke Sawada
Blending of Reynolds Stress Transport Model and γ Transition Model
AIAA Journal, Feb. 2023
61, 2, 940, 949
[Reviewed] - Taketo ARIKI; Yosuke SHIBASAKI; Yuichi KUYA; Masahito ADACHI; Keisuke SAWADA
A DES study of the flow around a full-scale train under crosswind condition
Mechanical Engineering Letters, 2023
9, 22, 00464
[Reviewed]
Lead, Corresponding - Taketo Ariki; Kyo Yoshida
Hessian-based Lagrangian closure theory for passive scalar turbulence
Physical Review Fluids, 11 Oct. 2021
6, 10
[Reviewed]
Lead, Corresponding - Shunya Endo; Thanakorn Sujisakulvong; Yuichi Kuya; Taketo Ariki; Keisuke Sawada
Laminar-turbulent transition modeling with a reynolds stress model for anisotropic flow characteristics
AIAA Scitech 2020 Forum, 2020
1 PartF, 1, 15 - Katsunori Yoshimatsu; Taketo Ariki
Error Growth in Three-Dimensional Homogeneous Turbulence
JOURNAL OF THE PHYSICAL SOCIETY OF JAPAN, Dec. 2019
88, 12
[Reviewed] - Kazuhiro Inagaki; Taketo Ariki; Fujihiro Hamba
Higher-order realizable algebraic Reynolds stress modeling based on the square root tensor
PHYSICAL REVIEW FLUIDS, Nov. 2019
4, 11
[Reviewed] - Taketo Ariki
Constitutive theory of inhomogeneous turbulent flow based on two-scale Lagrangian formalism
PHYSICS OF FLUIDS, Jun. 2019
31, 6
[Reviewed]
Lead, Corresponding - Taketo Ariki
An analytical turbulence modeling based on the double-Lagrangian formalism
JOURNAL OF FLUID SCIENCE AND TECHNOLOGY, 2019
14, 3
[Reviewed]
Lead, Corresponding - Taketo Ariki; Kyo Yoshida; Keigo Matsuda; Katsunori Yoshimatsu
Scale-similar clustering of heavy particles in the inertial range of turbulence
PHYSICAL REVIEW E, Mar. 2018
97, 3
[Reviewed]
Lead, Corresponding - Taketo Ariki
Field theory of hyperfluid
CLASSICAL AND QUANTUM GRAVITY, Feb. 2018
35, 3
[Reviewed]
Lead, Corresponding - Ariki,Taketo; Yoshida,Kyo; Yoshimatsu,Katsunori
Hessian-based closure theory of passive scalar turbulence
Meeting Abstracts of the Physical Society of Japan, 2018
73, 2774, 2774
Lead, Corresponding - Taketo Ariki; Pablo A. Morales
Field theory of the Eulerian perfect fluid
CLASSICAL AND QUANTUM GRAVITY, Jan. 2018
35, 1
[Reviewed]
Lead, Corresponding - Taketo Ariki
Mean-Lagrangian formalism and covariance of fluid turbulence
PHYSICAL REVIEW E, May 2017
95, 5
[Reviewed]
Lead, Corresponding - Ariki,T; Yoshida,K; Matsuda,K; Yoshimatsu,K
Scale-similarity of particle clustering in inertial range of turbulence
Meeting Abstracts of the Physical Society of Japan, 2017
72, 0, 2522, 2522
Lead, Corresponding - Taketo Ariki
Turbulence constitutive modeling of the square root of the Reynolds stress
PHYSICAL REVIEW E, Nov. 2015
92, 5
[Reviewed]
Lead, Corresponding - Taketo Ariki
Covariance of fluid-turbulence theory
PHYSICAL REVIEW E, May 2015
91, 5
[Reviewed]
Lead, Corresponding - T. Ariki
Theoretical investigation for the effect caused by the inhomogeneity of turbulent flow
Proceeding of THMT-12. Proceedings of the Seventh International Symposium On Turbulence, Heat and Mass Transfer Palermo, Italy, 24-27 September, 2012, 2012
Lead - Taketo Ariki; Fujihiro Hamba
A statistical theory for inhomogeneous turbulent flow formulated in the mean-Lagrangian coordinates
13TH EUROPEAN TURBULENCE CONFERENCE (ETC13): STATISTICAL ASPECTS, MODELLING AND SIMULATIONS OF TURBULENCE, 2011
318
Lead, Corresponding
Presentations
- Taketo Ariki
Statistical closure theory of passive scalar turbulence
RIMS Seminar, 28 Oct. 2025, [Invited] - 有木 健人
乱流統計理論による工学乱流モデリングの展望
日本流体力学会年会2022, 27 Sep. 2022
