2025 |
Architectural Institute of Japan |
2025 Convention [Kyushu] (Japan) |
Vibration Characteristics and Countermeasures for Medium- and High-rise Buildings in Urban Areas Part 3: Building Behavior by Vibration Source Based on Long-term Monitoring |
2025 |
Architectural Institute of Japan |
2025 Convention [Kyushu] (Japan) |
Vibration Characteristics and Countermeasures for Mid- and High-rise Buildings in Urban Areas Part 1 Building Outline and Surrounding Environment |
2025 |
Architectural Institute of Japan |
The 42nd
Environmental Vibration Symposium |
Current status and future vision of "design" and "evaluation" of environmental vibration, efforts of the Subcommittee for Environmental Vibration Design Study, from "design" to "evaluation |
2024 |
Japan Vibration Technology Association |
Vibration Technology No.50 |
Overview of vibration pollution generated by factories and how to deal with it |
2024 |
Acoustical Materials Association of Japan |
Acoustic Technology No.205 |
Floor Impact Sound Experience System |
2024 |
Acoustical Society of Japan |
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Consideration of Vibration Propagation Paths in a Case Study of Floor Vibration Measurements -Transmission through the Frame and Air |
2023 |
18th Wold Conference on Seismic Isolation, Energy Dissipation and Active Vibration Control of Structures |
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Improvement of damping performance amplification amount by introducing displacement feedback control to TMD-Booster |
2023 |
building technology |
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Special Feature: Considering Environmental Vibration 2023, Measures for Environmental Vibration, Vibration Control of Buildings by Vibration Damping Devices (TMD and AMD) |
2023 |
Architectural Institute of Japan |
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Long-term wide-area monitoring, Future of WG activities, Past and Future of Environmental Vibration, 40th Environmental Vibration Symposium |
2022 |
Acoustical Materials Association of Japan |
Acoustic Technology No.198 |
Q&A Corner -Concept of Walking Vibration Countermeasures |
2020 |
Acoustical Materials Association of Japan |
Acoustic Technology No.191 |
Environmental Vibration Countermeasures by AMD : Examples of Improvements in Livability and Working Environment |
2020 |
The Japan Society for Noise Control Engineering |
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Vibration Measurements for Design of Environmental Vibration, Chapter 2: Vibration Measurements for Design Verification |
2020 |
Architectural Institute of Japan |
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Vibration measurement for design verification, "Guidance for environmental vibration design to ensure occupant performance" workshop |
2020 |
Architectural Institute of Japan |
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Guide for Environmental Vibration Design to Ensure Occupant Performance, Chapter 5: Vibration Measurement for Design Verification |
2019 |
Japan Vibration Technology Association |
Vibration Technology No.39 |
Example of solid noise (vibration) countermeasure for overhead travelling crane |
2018 |
The Japan Society of Mechanical Engineers |
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Development of horizontal TMD with auto-tuning function |
2016 |
The Japan Society of Mechanical Engineers |
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Vibration Suppression of Resonant Shaking Table by SAMD Using Adaptive Digital Filters |
2016 |
Japan Vibration Technology Association |
Vibration Technology No.34 |
Example of anti-vibration measures for large electrokinetic testing equipment |
2016 |
The Japan Society of Mechanical Engineers |
Dynamic and Design Conference2016 |
Vibration Suppression of Resonant Shaking Table by SAMD Using Adaptive Digital Filters |
2016 |
Architectural Institute of Japan |
2016 Convention |
Environmental vibration countermeasures for resonant vibration tables (control advancement of SAMDs using adaptive feedforward control) |
2015 |
Japan Vibration Technology Association |
Vibration Technology No.32 |
Example of Vibration Environment Improvement by TMD |
2013 |
Acoustical Materials Association of Japan |
Acoustic Technology No.164 |
Solid Sound and Vibration Control Materials Required for Modern Apartment Complexes |
2013 |
Japan Vibration Technology Association |
Vibration Technology No.28 |
Forging Machine Vibration Isolation Examples |
2013 |
The Japan Society of Mechanical Engineers |
Motion and Vibration Control 2013 |
Development of tde TMD Booster to Improve Damping Performance of Existing TMD by Increasing tde Apparent Mass |
2013 |
Architectural Institute of Japan |
2013 Convention |
Development of Portable Active Mass Damper (Part 1_Outline of Equipment) |
2013 |
Architectural Institute of Japan |
2013 Convention |
Development of Portable Active Mass Damper (Part 2: Experiments to Confirm Vibration Damping Effectiveness) |
2012 |
World Conference on Earthquake Engineering |
15th World Congress on Earthquake Engineering |
Development of Seismic Isolation System for Unloaders |
2012 |
Japan Institute of Building and Structural Engineers |
Structural Design Part 17 |
Control of environmental vibration in the building sector |
2012 |
Japan Vibration Technology Association |
Vibration Technology No.24 |
Considerations for Weight Impact Sound Control by Floor Vibration Damping |
2011 |
Architectural Institute of Japan |
Tokyo Conference (1964) |
Performance test of IC tags for management of temporary and permanent materials |
2011 |
The Japan Society for Noise Control Engineering |
Noise Control Vol.35 No.5 |
Noise and vibration control measures for common facilities such as the Sky Deck |
2011 |
Japan Vibration Technology Association |
Vibration Technology No.23 |
Vibration isolation work in underground such as continuous walls |
2011 |
Acoustical Materials Association of Japan |
Acoustic Technology No.155 |
Example of Environmental Vibration Countermeasures with Vibration Damping Devices |
2011 |
ASME |
PVP |
MAGNETIC DAMPER USING EDDY-CURRENT DAMPING EFEECT |
2011 |
The Japan Society of Mechanical Engineers |
Motion and Vibration Control |
Performance Evaluation of an Actual Damping Device for Lightweight Mechanical Structures Applying Eddy Current Damping Effects |
2011 |
The Japan Society of Mechanical Engineers |
Dynamic and Design |
Research on TMD using rotational inertia |
2009 |
Acoustical Materials Association of Japan |
Acoustic Technology No.145 |
Example of solid sound countermeasure from elevator machine room in a high-rise housing complex |
2009 |
ASME |
PVP |
RESEARCH AND DEVELOPMENT OF DAMPING DEVICE FOR LIGHT WEIGHT MECHANICAL STRUCTURE USING DAMPING EFFECT CAUSED BY EDDY |
2009 |
The Japan Society of Mechanical Engineers |
Dynamic and Design |
Development of a Vibration Damping Device for Detached Houses Using a Displacement Amplification Mechanism |
2009 |
The Japan Society of Mechanical Engineers |
Motion and Vibration Control |
Stability simulation using measured data based on the Nyquist stability discriminant method and its application examples |
2008 |
The Japan Society of Mechanical Engineers |
Dynamic and Design |
Research on damping devices for lightweight mechanical structures by applying eddy current damping effect |
2007 |
Architectural Institute of Japan |
Kyushu (November) tournament, held in Fukuoka |
Example of floor vibration reduction measures for buildings along railroad lines |
2007 |
The Japan Society of Mechanical Engineers |
Environmental Engineering Symposium |
Fundamental research on floor damping for heavy impact noise control |
2005 |
Acoustical Materials Association of Japan |
Acoustic Technology No.130 |
Actual noise conditions of recent indoor multilevel parking lots, horizontal type (2-4 levels), high-speed type, and multilevel EV type, etc., and examples of vibration isolation. |
2005 |
Architectural Institute of Japan |
2005 Convention |
Development of Upper and Lower Base Isolation Floor System Part 1 Design Overview |
2005 |
Architectural Institute of Japan |
2005 Convention |
Development of upper and lower seismic isolation floor system Part 2: Performance verification test |
2005 |
Architectural Institute of Japan |
2005 Convention |
Development of Vibration Reduction Material Using Waste Tire Chips (Part 3) Field Experiment |
2004 |
The Japan Society of Mechanical Engineers |
Automatic Control Union Lecture Meeting |
Development of a Vibration Control System Using Adaptive Digital Filters to Improve the Vibration Isolation Performance of Concrete Foundations |
2003 |
Architectural Institute of Japan |
2003 Annual Conference |
Research on Umbrella Dampers Part 3: Application to Wooden Buildings |
2003 |
The Japan Society of Mechanical Engineers |
Dynamics and Design |
Research on active/passive switching type seismic isolation system for single crystal pulling equipment using linear motors |
2003 |
The Japan Society of Mechanical Engineers |
Motion and Vibration Control |
Development of a Vibration Control System to Improve the Vibration Isolation Performance of Concrete Foundations |
2003 |
Japan Vibration Technology Association |
MISHOP Magazine September 2003 |
Report on "Non-Quake" seismic isolation floor system |
2002 |
Architectural Institute of Japan |
2002 Convention |
Study on Tension-Induced Toggle Seismic Response Control System (Part 1: Full-Scale Dynamic Force Test) |