Browsing by Author "Daigo Uchino"
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Dataset A Basic Study for Active Steering Wheel System for Steering Burden Evaluation by Driving Position Focus on Driver’s Arm Size(MDPI AG, 2023) Daigo Uchino; Ikkei Kobayashi; Jumpei Kuroda; Kazuki Ogawa; Keigo Ikeda; Taro Kato; Ayato Endo; Hideaki Kato; Takayoshi NaritaDistribution A Basic Study for Active Steering Wheel System for Steering Burden Evaluation by Driving Position Focus on Driver’s Arm SizeDaigo Uchino; Ikkei Kobayashi; Jumpei Kuroda; Kazuki Ogawa; Keigo Ikeda; Taro Kato; Ayato Endo; Hideaki Kato; Takayoshi NaritaDistribution A Basic Study for Active Steering Wheel System for Steering Burden Evaluation by Driving Position Focus on Driver’s Arm SizeDaigo Uchino; Ikkei Kobayashi; Jumpei Kuroda; Kazuki Ogawa; Keigo Ikeda; Taro Kato; Ayato Endo; Hideaki Kato; Takayoshi NaritaDataset Basic Study on Mechanical Vibration Suppression System Using 2-Degree-of-Freedom Vibration Analysis(MDPI AG, 2023) Keigo Ikeda; Kota Kamimori; Ikkei Kobayashi; Jumpei Kuroda; Daigo Uchino; Kazuki Ogawa; Ayato Endo; Taro Kato; Xiaojun Liu; Mohamad Heerwan Bin Peeie; Hideaki Kato; Takayoshi NaritaDistribution Basic Study on Mechanical Vibration Suppression System Using 2-Degree-of-Freedom Vibration AnalysisKeigo Ikeda; Kota Kamimori; Ikkei Kobayashi; Jumpei Kuroda; Daigo Uchino; Kazuki Ogawa; Ayato Endo; Taro Kato; Xiaojun Liu; Mohamad Heerwan Bin Peeie; Hideaki Kato; Takayoshi NaritaDistribution Basic Study on Mechanical Vibration Suppression System Using 2-Degree-of-Freedom Vibration AnalysisKeigo Ikeda; Kota Kamimori; Ikkei Kobayashi; Jumpei Kuroda; Daigo Uchino; Kazuki Ogawa; Ayato Endo; Taro Kato; Xiaojun Liu; Mohamad Heerwan Bin Peeie; Hideaki Kato; Takayoshi NaritaDataset Experimental Consideration on Suppression Effect of Elastic Vibration in Electromagnetic Levitation System for Flexible Thin Steel Plate with Curvature(MDPI AG, 2022) Kazuki Ogawa; Riku Miyazaki; Yamato Uchida; Ikkei Kobayashi; Jumpei Kuroda; Daigo Uchino; Keigo Ikeda; Taro Kato; Ayato Endo; Takayoshi Narita; Hideaki KatoDistribution Experimental Consideration on Suppression Effect of Elastic Vibration in Electromagnetic Levitation System for Flexible Thin Steel Plate with CurvatureKazuki Ogawa; Riku Miyazaki; Yamato Uchida; Ikkei Kobayashi; Jumpei Kuroda; Daigo Uchino; Keigo Ikeda; Taro Kato; Ayato Endo; Takayoshi Narita; Hideaki KatoDistribution Experimental Consideration on Suppression Effect of Elastic Vibration in Electromagnetic Levitation System for Flexible Thin Steel Plate with CurvatureKazuki Ogawa; Riku Miyazaki; Yamato Uchida; Ikkei Kobayashi; Jumpei Kuroda; Daigo Uchino; Keigo Ikeda; Taro Kato; Ayato Endo; Takayoshi Narita; Hideaki KatoDataset Research on Yaw Moment Control System for Race Cars Using Drive and Brake Torques(MDPI AG, 2023) Ikkei Kobayashi; Jumpei Kuroda; Daigo Uchino; Kazuki Ogawa; Keigo Ikeda; Taro Kato; Ayato Endo; Mohamad Heerwan Bin Peeie; Takayoshi Narita; Hideaki KatoDistribution Research on Yaw Moment Control System for Race Cars Using Drive and Brake TorquesIkkei Kobayashi; Jumpei Kuroda; Daigo Uchino; Kazuki Ogawa; Keigo Ikeda; Taro Kato; Ayato Endo; Mohamad Heerwan Bin Peeie; Takayoshi Narita; Hideaki KatoDistribution Research on Yaw Moment Control System for Race Cars Using Drive and Brake TorquesIkkei Kobayashi; Jumpei Kuroda; Daigo Uchino; Kazuki Ogawa; Keigo Ikeda; Taro Kato; Ayato Endo; Mohamad Heerwan Bin Peeie; Takayoshi Narita; Hideaki KatoDataset Vibration Characteristics Control of Resonance Point in Vehicle: Fundamental Considerations of Control System without Displacement and Velocity Information(MDPI AG, 2022) Keigo Ikeda; Jumpei Kuroda; Daigo Uchino; Kazuki Ogawa; Ayato Endo; Taro Kato; Hideaki Kato; Takayoshi NaritaDistribution Vibration Characteristics Control of Resonance Point in Vehicle: Fundamental Considerations of Control System without Displacement and Velocity InformationKeigo Ikeda; Jumpei Kuroda; Daigo Uchino; Kazuki Ogawa; Ayato Endo; Taro Kato; Hideaki Kato; Takayoshi NaritaDistribution Vibration Characteristics Control of Resonance Point in Vehicle: Fundamental Considerations of Control System without Displacement and Velocity InformationKeigo Ikeda; Jumpei Kuroda; Daigo Uchino; Kazuki Ogawa; Ayato Endo; Taro Kato; Hideaki Kato; Takayoshi NaritaDataset Vibration Characteristics of Flexible Steel Plate on Proposed Magnetic Levitation System Using Gravity(MDPI AG, 2022) Ayato Endo; Rintaro Itoyama; Jumpei Kuroda; Daigo Uchino; Kazuki Ogawa; Keigo Ikeda; Taro Kato; Takayoshi Narita; Hideaki KatoDistribution Vibration Characteristics of Flexible Steel Plate on Proposed Magnetic Levitation System Using GravityAyato Endo; Rintaro Itoyama; Jumpei Kuroda; Daigo Uchino; Kazuki Ogawa; Keigo Ikeda; Taro Kato; Takayoshi Narita; Hideaki KatoDistribution Vibration Characteristics of Flexible Steel Plate on Proposed Magnetic Levitation System Using GravityAyato Endo; Rintaro Itoyama; Jumpei Kuroda; Daigo Uchino; Kazuki Ogawa; Keigo Ikeda; Taro Kato; Takayoshi Narita; Hideaki Kato