Daiki Tajiri

Assistant professor

Toyohashi University of Technology

Japan

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Articles (8)

Experimental Validation of Elliptical Contact Patch Tire Model

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Year:

2023

Experimental modal analysis using undamped control for high damping system

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Year:

2023

Dynamic observation of a damping material using micro X-ray computed tomography coupled with a phase-locked loop

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Year:

2023

Vibration testing of tires by multiple excitations coupled with velocity feedback control

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Year:

2022

Structural health monitoring for layered structures using transmissibility functions

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Year:

2022

Modal Identification of Motorcycle Tires Using Circumferential Wave Number Decomposition

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Year:

2021

Modal identification of cylindrical shell with high damping using reduction method focusing on symmetry of mode shape

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Year:

2020

Proposition of a single-degree-of-freedom experimental modal analysis method considering the effect of mode components close to the target mode

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Year:

2020

Collaborators (5)

Masakazu Kobayashi

Toyohashi University of Technology

JAPAN

Asahiro Nagatani

National Institute of Advanced Industrial Science and Technology (AIST)

JAPAN

Shogo Furuta

Toyohashi University of Technology

JAPAN

MASAMI MATSUBARA

Waseda University

JAPAN

Takashi Tanaka

Lecturer

Shiga University

JAPAN

Daiki Tajiri

Research Interests

Explore related searches

Contact this professor

Articles (8)

Experimental Validation of Elliptical Contact Patch Tire Model

Experimental modal analysis using undamped control for high damping system

Dynamic observation of a damping material using micro X-ray computed tomography coupled with a phase-locked loop

Vibration testing of tires by multiple excitations coupled with velocity feedback control

Structural health monitoring for layered structures using transmissibility functions

Modal Identification of Motorcycle Tires Using Circumferential Wave Number Decomposition

Modal identification of cylindrical shell with high damping using reduction method focusing on symmetry of mode shape

Proposition of a single-degree-of-freedom experimental modal analysis method considering the effect of mode components close to the target mode

Collaborators (5)

Masakazu Kobayashi

Asahiro Nagatani

Shogo Furuta

MASAMI MATSUBARA

Takashi Tanaka

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