Tsuda Kazuki

ツダカズキ | Tsuda Kazuki

Affiliation and department：
Job title： Research Worker

Research field (3)： Safety engineering , Social systems engineering , Mechanics and mechatronics

Research keywords (6)：ガタ , 輸送環境調査 , 振動試験 , 輸送包装 , 非線形振動 , Non-linear Vibration

Research theme for competitive and other funds (6)：

2020 - 2023 実輸送反映高精度試験のためのGPSとAIを用いた輸送振動の特徴量自動抽出法の開発
2017 - 2020 Elucidation of Resonance Phenomenon Peculiar to Packaged Products and Improvement of Cushioning Materials by Devising Method to Enhance Damping Properties
2017 - 2019 緩衝材の高機能化に役立つ包装製品特有の共振現象解明および防振機能強化策の考案
2013 - 2016 振動試験の適正化に役立つ非加振方向の振動現象解明および試験条件導出理論の構築
2008 - 2009 破損事故や過剰設計の防止に役立つ蓄積疲労振動試験システムの実用化研究

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Papers (14)：

Akira Hosoyama, Kazuki Tsuda, Shogo Horiguchi. Development and validation of kurtosis response spectrum analysis for antivibration packaging design taking into consideration kurtosis. Packaging Technology and Science. 2019. 33. 2. 51-64
細山亮, 津田和城. 輸送環境における3軸振動成分の相関解析. 日本包装学会誌. 2016. 25. 5. 261-274
Kazuki TSUDA, SAITO KATSUHIKO. Analysis of Transportation Vibrations and Proposal of Method to Calculate Fatigue Equivalent PSD Based on Vibration Fatigue of Packaged Products. Proceedings of the 27th IAPRI Symposium on Packaging. 2015. 15-23
津田和城. 垂直振動を受ける包装内容品の3次元挙動に関する研究. 日本包装学会誌. 2014. 23. 3. 215-223
高田利夫, 津田和城. 段ボール箱の圧縮強度に及ぼす荷重の影響. 日本包装学会誌. 2012. 21. 5. 379-386

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MISC (15)：

堀口翔伍, 津田和城, 細山亮, 渡部大輔. 荷台振動の簡易加速度PSD推定手法の精度検証-Accuracy Verification of Simple Acceleration PSD Estimation Method for Vehicle Bed Vibration. 日本包装学会誌. 2023. 32. 1. 63-74
堀口翔伍, 津田和城, 細山亮, 渡部大輔. 輸送中の荷台振動の加速度PSDを取得するための簡易加速度計測ロガーの提案-Proposal of a Simple Accelerometer Logger to Acquire Acceleration PSD of Truck Bed Vibration During Transportation-特集新たな検査・試験. 包装技術. 2022. 60. 9. 598-602
津田和城, 細山亮, 堀口翔伍, 渡部大輔. 道路の種類が荷台の並進方向および回転方向の振動に及ぼす影響. 日本包装学会年次大会研究発表会予稿集. 2021. 30th
津田和城. 緩衝材-製品系の振動伝達関数の防振設計への活用事例. 日本包装学会誌. 2019. 28. 4. 211-218
細山亮, 津田和城, 堀口翔伍. Guideline on selection of cushioning material for anti-vibration package design considering non-Gaussianity of vehicle vibration. 包装技術. 2019. 57. 3. 180-184-184

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Lectures and oral presentations (33)：

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Education (1)：

Professional career (2)：

Work history (2)：

Committee career (2)：

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