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NAKAYAMA Katsuyuki

Profile Research field Research achievement Educational achievement Management achievement Social contribution achievement

 

Published Papers
No.Title, Author, Journal, Vol( No), Start Page- End Page, Date of publication, DOI, URL 
1
A numerical analysis for specifying key flow and its flow scale for vortex generation, Katsuyuki Nakayama, AIP Conference Proceedings, 2116( 1),  , Jul. 24, 2019, 10.1063/1.5114490,  
2
Definition of Swirl Function and Its Appliation to Identification Method of Swirling Motion, NAKAYAMA Katsuyuki, UMEDA Kenji, ICHIKAWA Toshio, NISHIHARA Yukio, TAKAGI Shu, Transactions of the Japan Society of Mechanical Engineers B, 73( 725), 22- 29, Jan. 25, 2007, ,  
3
Prediction of Free Surface of Die Swell by Boundary Element Method, Norio Kamiya, Katsuyuki Nakayama, Computers & Structures, 46( 2), 387- 395, 1993, ,  

 

MISC
No.Title, Author, Journal, Vol( No), Start Page- End Page, Date of publication, URL 
1
Analysis of Vortical Structure Based on Local Topology in Isotropic Homogeneous Turbulence, AOYAMA Daiki, NAKAYAMA Katsuyuki, Proceedings. International Conference on Flow Dynamics (CD-ROM), 16th,   , 2019,  
2
Characteristics of Local Axial Topology in Eigen-Vortical-Axis Line, DOI Kazuma, NAKAYAMA Katsuyuki, Proceedings. International Conference on Flow Dynamics (CD-ROM), 16th,   , 2019,  
3
Flow Scale of the Trigger for the Vortex Generation in an Isotropic Homogeneous Turbulence, SAEKI Sho, NAKAYAMA Katsuyuki, Proceedings. International Conference on Flow Dynamics (CD-ROM), 16th,   , 2019,  
4
Feature of Local Axial Topology in terms of Eigen-Vortical-Axis Line in Homogeneous Isotropic Turbulence, FUNAZAKI Ruka, HORI Hayato, NAKAYAMA Katsuyuki, Proceedings. International Conference on Flow Dynamics (CD-ROM), 16th,   , 2019,  
5
Definition and Characteristics of Local Axial Topology, NAKAYAMA Katsuyuki, Proceedings. International Conference on Flow Dynamics (CD-ROM), 16th,   , 2019,  
6
Stretching Effect for Swirling in Eigen-Vortical-Axis Lines in a Hierarchal Isotropic Homogeneous Turbulence, HORI Hayato, NAKAYAMA Katsuyuki, HATTORI Yuji, Proceedings. International Conference on Flow Dynamics (CD-ROM), 16th,   , 2019,  
7
Topological Characteristics of Vortex Transition in Isotropic Homogeneous Turbulence, AOYAMA Daiki, NAKAYAMA Katsuyuki, Proceedings. International Conference on Flow Dynamics (CD-ROM), 15th,   , 2018,  
8
An Investigation of Relationships between Eigen-Vortical-Axis Line and Maximum Region of Swirlity, HORI Hayato, NAKAYAMA Katsuyuki, Proceedings. International Conference on Flow Dynamics (CD-ROM), 15th,   , 2018,  
9
Vortical Flow Symmetry Violation at Extinction of Vortex in Terms of Local Topology in Isotropic Homogeneous Turbulence, NAGAYA Kei, NAKAYAMA Katsuyuki, Proceedings. International Conference on Flow Dynamics (CD-ROM), 15th,   , 2018,  
10
Relationships of Vortex Generation in Multi-scale Flows in Isotropic Homogeneous Turbulence, SAEKI Sho, AOYAMA Daiki, NAKAYAMA Katsuyuki, Proceedings. International Conference on Flow Dynamics (CD-ROM), 15th,   , 2018,  
11
A Feasibility Study of Vortex Forecast with Invariant Key Flow of Vortex Generation in Isotropic Homogeneous Turbulence, FUKATSU Yuya, NAKAYAMA Katsuyuki, Proceedings. International Conference on Flow Dynamics (CD-ROM), 15th,   , 2018,  
12
A Key Flow and its Flow Scale for Vortex Birth in Isotropic Homogeneous Turbulence, NAKAYAMA Katsuyuki, AOYAMA Daiki, Proceedings. International Conference on Flow Dynamics (CD-ROM), 15th,   , 2018,  
13
An Investigation of the Effect of Vortex Stretching Between Multi-scale Vortices in Isotropic Homogeneous Turbulence, YAMAMOTO Keisuke, NAKAYAMA Katsuyuki, Proceedings. International Conference on Flow Dynamics (CD-ROM), 15th,   , 2018,  
14
Robust Characteristic of Eigen-Vortical-Axis Line as a Vortical Axis in Isotropic Homogeneous Turbulence, DOI Kazuma, HORI Hayato, NAKAYAMA Katsuyuki, Proceedings. International Conference on Flow Dynamics (CD-ROM), 15th,   , 2018,  
15
A numerical analysis for identification of flow transition in vortex generation in terms of local flow topology, Katsuyuki Nakayama, Lucas Dias Mizushima, Journal of Fluid Science and Technology, 12( 3), JFST0027- JFST0027, 2017,  
16
Pressure Minimum Feature of Eigen-Vortical-Axis Line, NAKAYAMA Katsuyuki, Proceedings. International Conference on Flow Dynamics (CD-ROM), 14th,   , 2017,  
17
Effect of Vortex Stretching in Flow Transition into Vortical Flow, AOYAMA Daiki, NAKAYAMA Katsuyuki, Proceedings. International Conference on Flow Dynamics (CD-ROM), 14th,   , 2017,  
18
Identification of Three-Dimensional Vortical Structure of a Spiral Vortex in Wind Turbine with Plural Two-Dimensional Velocity Fields at Different Azimuthal Angles, NAKAYAMA Katsuyuki, MAEDA Takao, Proceedings. International Conference on Flow Dynamics (CD-ROM), 14th,   , 2017,  
19
Topological Features of Multi-scale Vortices in Isotropic Homogeneous Turbulence, YAMAMOTO Keisuke, NAKAYAMA Katsuyuki, Proceedings. International Conference on Flow Dynamics (CD-ROM), 14th,   , 2017,  
20
Eigen-Vortical-Axis-Line in Multi-Scale Vortices in Isotropic Homogeneous Turbulence, FUKATSU Yuya, YAMAMOTO Keisuke, NAKAYAMA Katsuyuki, Proceedings. International Conference on Flow Dynamics (CD-ROM), 14th,   , 2017,  
21
An Investigation of Eigen-Vortical-Axis Line in Core Region of a Vortex in Isotropic Homogeneous Turbulence, HORI Hayato, NAKAYAMA Katsuyuki, Proceedings. International Conference on Flow Dynamics (CD-ROM), 14th,   , 2017,  
22
Topological Effect in Vortex Transition in an Isotropic Homogeneous Turbulence, NAKAYAMA Katsuyuki, Proceedings. International Conference on Flow Dynamics (CD-ROM), 14th,   , 2017,  
23
Numerical Analysis of Generation Process of a Vortex in terms of Local Flow Topology, NAKAYAMA Katsuyuki, MIZUSHIMA Lucas Dias, Proceedings. International Conference on Flow Dynamics (CD-ROM), 13th,   , 2016,  
24
231 Pressure minimum feature of eigen-vortical-axis line in isotropic homogeneous turbulence, HASEGAWA Hideki, NAKAYAMA Katsuyuki, The Proceedings of Conference of Tokai Branch, 2016( 0), _231- 1_-_231-2_, 2016,  
25
Relationships between local topology of vortical flow and pressure minimum feature derived from flow kinematics in isotropic homogeneous turbulence, NAKAYAMA Katsuyuki, OHIRA Yasumasa, HASEGAWA Hideki, Journal of Fluid Science and Technology (Web), 11( 1), JFST0007- JFST0007, 2016,  
26
A numerical analysis method for identification of three-dimensional vortical structure of spiral vortex in wind turbine with two-dimensional velocity data in parallel planes at plural azimuthal angles, NAKAYAMA Katsuyuki, DIAS MIZUSHIMA Lucas, MURATA Junsuke, MAEDA Takao, Journal of Fluid Science and Technology (Web), 11( 4), JFST0027- JFST0027, 2016,  
27
A Study of Vortex Stretching along a Vortical Axis in Isotropic Homogeneous Turbulence, OHNO Masanori, NAKAYAMA Katsuyuki, Proceedings. International Conference on Flow Dynamics (CD-ROM), 13th,   , 2016,  
28
Statistics of Physical Quantities Associated with Vortices on Vortical Axes in Isotropic Homogeneous Turbulence, HASEGAWA Hideki, NAKAYAMA Katsuyuki, Proceedings. International Conference on Flow Dynamics (CD-ROM), 13th,   , 2016,  
29
Investigation of Relationships between Vortical Flow Topology and Pressure Minimum Feature in Isotropic Homogeneous Turbulence, NAKAYAMA Katsuyuki, OHNO Masanori, Proceedings. International Conference on Flow Dynamics (CD-ROM), 12th,   , 2015,  
30
Identification of Three-dimensional Vortical Flow Structure in a Spiral Vortex, NAKAYAMA Katsuyuki, MIZUSHIMA Lucas Dias, MURATA Junsuke, MAEDA Takao, Proceedings. International Conference on Flow Dynamics (CD-ROM), 12th,   , 2015,  
31
A Study of the Development and Topology of a Vortex with Inflow in Isotropic Homogeneous Turbulence, Katsuyuki Nakayama, Yasumasa Ohira, THEORETICAL AND APPLIED MECHANICS JAPAN, 63( 0), 43- 51, 2015,  
32
Study of Local Flow Topology in Transition into Vortical Flow, NAKAYAMA Katsuyuki, MIZUSHIMA Lucas Dias, Proceedings. International Conference on Flow Dynamics (CD-ROM), 12th,   , 2015,  
33
A Vortical Axis Tracing and its Feature in Isotropic Homogeneous Turbulence, NAKAYAMA Katsuyuki, HASEGAWA Hideki, Proceedings. International Conference on Flow Dynamics (CD-ROM), 12th,   , 2015,  
34
A study of relationships between topology and development of a vortex in isotropic homogeneous turbulence, Nakayama Katsuyuki, Ohira Yasumasa, NCTAM papers, National Congress of Theoretical and Applied Mechanics, Japan, 63rd( 0), 170- 170, 2014,  
35
A study on a parameter corresponding to development / decay of a vortex, 中山雄行, 大平泰正, 山田祥子, 日本機械学会東海支部総会講演会講演論文集, 63rd (Web)( 0), _219- 1_-_219-2_, 2014,  
36
S0540202 A study of the relationships between the symmetry of vortical flow and development/decay of a vortex in a homogeneous isotropic turbulence, YAMADA Shoko, NAKAYAMA Katsuyuki, The Proceedings of Mechanical Engineering Congress, Japan, 2014( 0), _S0540202- -_S0540202-, 2014,  
37
AN INVARIANT OF SYMMETRY OF VORTICAL FLOW, 中山雄行, 大平泰正, 山田祥子, 土木学会論文集 A2(応用力学)(Web), 70( 2), I_851- I_858, 2014,  
38
Relationships Between Symmetry of Vortical Flow and Pressure Minimum Feature Derived from Flow Kinematics in Local Approach, NAKAYAMA Katsuyuki, OHIRA Yasumasa, HASEGAWA Hideki, Proceedings. International Conference on Flow Dynamics (CD-ROM), 11th,   , 2014,  
39
229 Analysis of vortices of super and normal fluids in quantum turbulence : Behavior of vortices of liquid helium 4 in finite temperature in HVBK equation, Hashiguchi Akira, Nakayama Katsuyuki, The Proceedings of Conference of Tokai Branch, 62nd( 0), 129- 130, 2013,  
40
230 A study on the physical property corresponding to generation of a vortex, Mori Fumiya, Nakayama Katsuyuki, The Proceedings of Conference of Tokai Branch, 2013( 0), 131- 132, 2013,  
41
Identification of a quantum vortex in numerical analysis of the Gross Pitaevskii equation, 中村光宏, 中山雄行, 日本機械学会東海支部総会講演会講演論文集, 61st (Web)( 0), _623- 1_-_623-2_, 2012,  
42
632 Effect of inflowing motion on decay of vortex in DNS, Yamada Hidenori, Nakayama Katsuyuki, The Proceedings of Conference of Tokai Branch, 2012( 0), _632- 1_-_632-2_, 2012,  
43
633 Numerical analysis to evaluate three-dimensional vortical structures from two-dimensional velocity field, YATSUCHI Toru, NAKAYAMA Katsuyuki, The Proceedings of Conference of Tokai Branch, 2012( 0), _633- 1_-_633-2_, 2012,  
44
210 Definition and analysis of vortical structures in vortical analysis, KONDO Shingo, NAKAYAMA Katsuyuki, The Proceedings of Conference of Tokai Branch, 59th( 0), 91- 92, 2010,  
45
A definition of swirl function and identification of swirling flow, Nakayama K., Umeda K., Bulletin of Research Institute for Industrial Technology, 10( 10), 85- 92, Oct. 2008,  
46
Definition of swirl function and its application to identification method of swirling motion, NAKAYAMA Katsuyuki, Umeda Kenji, ICHIKAWA Toshio, NISHIHARA Yukio, TAKAGI Shu, Bulletin of Research Institute for Industrial Technology, ( 9), 117- 124, Aug. 2007,  
47
Definition of Swirl Function and Its Appliation to Identification Method of Swirling Motion, NAKAYAMA Katsuyuki, UMEDA Kenji, ICHIKAWA Toshio, NISHIHARA Yukio, TAKAGI Shu, TRANSACTIONS OF THE JAPAN SOCIETY OF MECHANICAL ENGINEERS Series B, 73( 725), 22- 29, 2007,  
48
Mission of Engineer and Professional Engineer, NAKAYAMA Katsuyuki, Journal of the Society of Mechanical Engineers, 108( 1036), 190- 192, 2005,  
49
Definition of swirl function and its application to identification method of swirling motion, NAKAYAMA Katsuyuki, HASHIMOTO Hiroyoshi, The Proceedings of The Computational Mechanics Conference, 2004( 0), 733- 734, 2004,  

 

Research Grants & Projects
No.Title, Offer organization, System name, Date, Investigator 
1
development of numerical analysis for monitoring transition process of vortices and prediction of vortex generation, Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (C),  Apr. 2016 - Mar. 2019, NAKAYAMA Katsuyuki 
2
development of numerical analysis for monitoring transition process of vortices and prediction of vortex generation, Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (C),  Apr. 2016 - Mar. 2019, NAKAYAMA Katsuyuki