Yoshio Kurosawa

发表

Predicting Automotive Interior Noise Including Wind Noise by Statistical Energy Analysis

Yoshio Kurosawa, Y. Kurosawa, 2016 .

Development of Prediction Tool for Sound Absorption and Sound Insulation for Sound Proof Properties

Takao Yamaguchi, Yoshio Kurosawa, 2015 .

509 Damped Response Analysis for an Automotive Sound Proof Structure Consisted of a Porous Material Sandwiched between a Cover Plate and a Curved Panel with a damping material using FEM and MSKE Method

Takao Yamaguchi, Yoshio Kurosawa, Kazuhiro Tobita, 2012 .

Transient response analysis for sound proof structure with a curved panel supported by nonlinear springs

Takao Yamaguchi, Takeki Ogitsu, Yoshio Kurosawa, 2016 .

714 Three Dimensional Finite Element Analysis for Double-Walled Sound Insulation Structure of Automobile

Takao Yamaguchi, Yoshio Kurosawa, 2006 .

High Frequency Vibration Analysis of Automotive Bodies With Panels That Have Attached Viscoelastic Layers

Takao Yamaguchi, Yoshio Kurosawa, Shuji Matsumura, 2003 .

Analysis of Self-excited Vibration of Automotive Wiper

Takao Yamaguchi, Yoshio Kurosawa, Syuji Matsumura, 2003 .

333 FEA of Wave Transmission between Double Walls Floated by Porous Material

Takao Yamaguchi, Yoshio Kurosawa, Shuji Matsumura, 2005 .

Sound insulation analysis of laminated soundproof materials for car

Takao Yamaguchi, Yoshio Kurosawa, Manabu Takahashi, 2016 .

Impact response analysis of an automotive panel having a curved surface with a frame supported by non-linear springs

Takao Yamaguchi, Takeki Ogitsu, Yoshio Kurosawa, 2016 .

Acoustic analysis of the speaker cover

Yoshio Kurosawa, Manabu Sasajima, 2019 .

262 Analysis for Non-linear Vibration of Automotive Wiper

Takao Yamaguchi, Yoshio Kurosawa, Shuji Matsumura, 2004 .

645 Analysis of coupled vibration for an automotive sound proof structure which is connected to a road having elasticity via nonlinear springs

Takao Yamaguchi, Yoshio Kurosawa, Kazuki Yokouchi, 2014 .

Analysis for Non-Linear Vibration of Automotive Wiper (Finite Element Analysis for Damped Elastic Body Supported by Many Nonlinear Springs)

Takao Yamaguchi, Yoshio Kurosawa, Ken-ichi Nagai, 2011 .

151 Numerical Analysis for Damping Contribution of Sound Absorbing Elements in Muffler having Expansion Chamber and Layout Optimization

Takao Yamaguchi, Yoshio Kurosawa, Shuuji Matsumura, 2004 .

Damped Vibration Responses for Automotive Sound Proof Structures Using Three-Dimensional Finite Element Method : Effects of Connection Parts between Double Walls on Modal Damping(Mechanical Systems)

Takao Yamaguchi, Yoshio Kurosawa, Hideki Enomoto, 2010 .

Nonlinear transient response analysis for double walls with a porous material supported by nonlinear springs using FEM and MSKE method

Takao Yamaguchi, Yoshio Kurosawa, Kazuhiro Tobita, 2014 .

745 Damped Vibration Responses for Automotive Multi-layered Sound-proof Structure, Using Three-dimensional Fast Finite Element Analysis

Takao Yamaguchi, Yoshio Kurosawa, Hideki Enomoto, 2010 .

High Frequency Vibration Analysis of Automotive Body Panels with Damping Materials

Takao Yamaguchi, Yoshio Kurosawa, 2010 .

245 Transient Response Analysis Using FEM for Boxy Structure Consisting of Damped Flat and Bead Panels Supported by Nonlinear Springs

Keita Kihara, Takao Yamaguchi, Yoshio Kurosawa, 2012 .

646 Damped vibration responses for automotive soundproof structures which have bead panels using three dimensional finite element analysis

Takao Yamaguchi, Yoshio Kurosawa, Kazuhiro Tobita, 2011 .

749 Development of Sound Pressure Prediction Technique by Automobile Interior Noise Using SEA

Yoshio Kurosawa, 2010 .

3-4-3-260 Numerical analysis of damped vibration responses for automotive sound proof structures which consisted by curved panels using FEM and MSKE method

Yoshio Kurosawa, Kazuki Yokouchi, Teppei Sunaga, 2013 .

Transmission Loss Analysis for Panels Laminated with Felt and Film

Yoshio Kurosawa, 2016 .

Nonlinear and Chaotic Motions for a Shock Absorbing Structure Supported by Nonlinear Springs with Hysteresis Using Fast FEA

Takao Yamaguchi, Yoshio Kurosawa, Shinichi Maruyama, 2013 .

Finite Element Analysis for Vibration Properties of Panels in Car Bodies Having Viscoelastic Layer (3rd Report, Investigation of Bead Shapes which can Concenterate Distribution of Dissipated Energy on Local Area in the Panels)

Takao Yamaguchi, Yoshio Kurosawa, Shuuji Matsumura, 2004 .

Dynamic Analysis of Dissipated Energy for Automotive Sound-Proof Structures Including Elastic Body, Viscoelastic Body and Porous Body Using FEM in Sound Bridge Phenomena

Takao Yamaguchi, Yoshio Kurosawa, Shuuji Matsumura, 2007 .

Analysis of Damped Vibration for a Viscoelastic Block Supported by a Nonlinear Concentrated Sping Using FEM

Takao Yamaguchi, Yoshio Kurosawa, Ken-ichi Nagai, 2005 .

FEA for damping of structures having elastic bodies, viscoelastic bodies, porous media and gas

Takao Yamaguchi, Yoshio Kurosawa, Shuuji Matsumura, 2007 .

Analysis of Damped Vibration for a Viscoelastic Block Supported by a Nonlinear Concentrated Spring Using FEM

Takao Yamaguchi, Yoshio Kurosawa, Ken-ichi Nagai, 2007 .

Layout of Sound Absorbing Materials in 3D Rooms Using Damping Contributions with Eigenvectors as Weight Coefficients

Takao Yamaguchi, Yoshio Kurosawa, Junichi Tsugawa, 2008 .