Takeshi Fujikawa

发表

A Precise and Stiffly Stable Time Integration Method for Dynamic Analysis ( Multibody Dynamics)

Naoki Sugano, Etsujiro Imanishi, Takeshi Fujikawa, 2003 .

A time integration method for analysis of dynamic systems using domain decomposition technique

Etsujiro Imanishi, Takeshi Fujikawa, 2005 .

Real-time simulation of rigid body system driven by linear elements

Etsujiro Imanishi, Kei Morita, Takeshi Fujikawa, 2014 .

A Digital Simulation Method of the Pressure Pulsations in Reciprocating Compressor-Piping Systems (1st Report, Calculation Method) : Series C : Vibration, Control Engineering, Engineering for Industry

Yoshio Inoue, Takeshi Fujikawa, Kato Minoru, 1987 .

717 Suction volume in a reciprocating engine considering pulsations in a piping system : Experiment and calculation in a case using simple inlet pipes

Takeshi Fujikawa, Atsunori Tomioka, 2006 .

A digital simulation of a pulsation system talking the interaction between reciprocating compressor and pipelines into consideration.

Takeshi Fujikawa, 1991 .

A simplified impact stress analysis of dynamic systems which consist of elastic and rigid bodies.

Hiroshi Zui, Takeshi Fujikawa, Akio Imura, 1987 .

F-5-1-1 A precise and stiffly stable time integration method for dynamic analysis

Naoki Sugano, Etsujiro Imanishi, Takeshi Fujikawa, 2002 .

Aseismic Strength Test of Various Tubes for Building Facilities

Takeshi Fujikawa, 1997 .

Bending vibration analysis of rotating machineries using multibody dynamics technology — development of computer program RotB

Nobuyuki Shimizu, Takeshi Fujikawa, Hideyuki Tsukui, 2012 .

57214 A DISCUSSION ON THE EIGENVALUES OF MULTIBODY SYSTEMS WITH BAUMGARTE'S STABILIZING CONSTRAINTS(Multibody System Analysis)

Etsujiro Imanishi, Takeshi Fujikawa, 2010 .

A method for estimating pulsation responses of a piping system driven by two reciprocating compressors.

Hiroshi Ito, Takeshi Fujikawa, Minoru Kato, 1989 .

A Study on the Simulation of Link Mechanics (1st Report, Analysis of the Dynamic Responses, Including Elastic Vibration) : Series C : Vibration, Control Engineering, Engineering for Industry

Yoshio Inoue, Hiroshi Zui, Takeshi Fujikawa, 1987 .

336 A Calculating Method of Suction volume in a Reciprocating Engine considering Pulsations in a inlet piping system.

Takeshi Fujikawa, 2005 .

System Identification of Vibration Systems Using Sensitivity Analysis : 2nd Report, Application to a Rigid Body System Supported by Springs : Series C : Vibration, Control Engineering, Engineering for Industry

Fumiyasu Kuratani, Kozo Okita, Takeshi Fujikawa, 1987 .

感度解析を用いた振動システムの同定（第3報,ばねで支持された剛体系への適用その3）

Fumiyasu Kuratani, Kozo Okita, 藤川猛, 1988 .

Dynamic Characteristics of Secondary System Located on a Primary Structure for Aseismic Design of Piping or Vessels.

Takeshi Fujikawa, 1995 .

A Component Mode Synthesis Method Using Retransformed Physical Coordinates (2nd Report, A Method in the Case Where Some of the Physical Coordinates Become Insignificant in the Unconstrained Mode Method) : Series C : Vibration, Control Engineering, Engineering for Industry

Hiroshi Zui, Takeshi Fujikawa, Yoshihiro Hamazaki, 1987 .

Competence of local SMEs for environmental adaptation and role of industrial agglomeration : a field research on SMEs in Yao, Osaka Pref.

Takeshi Fujikawa, Junya Tatemi, Akira Miyagawa, 2012 .

A Calculating Method of Pulsation in a Piping System

Takeshi Fujikawa, Toru Abe, Shinya Ito, 1969 .

Transfer function method for measuring characteristic impedance and propagation constant of porous materials

Hideo Utsuno, Takeshi Fujikawa, Andrew F. Seybert, 1989 .