Synthesis of computer simulation and machine learning for achieving the best material properties of filled rubber von Kojima, Takashi, Washio, Takashi, Hara, Satoshi, Koishi, Masataka

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In Situ Nanostress Visualization Method to Reveal the Micromechanical Mechanism of Nanocomposites by Atomic Force Microscopy von Liang, Xiaobin, Kojima, Takashi, Ito, Makiko, Amino, Naoya, Liu, Haonan, Koishi, Masataka, Nakajima, Ken

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Leveraging Data with “Concerted Effort between Humans and AI” von KOISHI, Masataka

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Research and Development of Rubber Materials and Tires Using Machine Learning von Koishi, Masataka

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Evolutionary Multiobjective Optimization including Practically Desirable Solutions von Tanaka, Kiyoshi, Aguirre, Hernán, Kusuno, Natsuki, Sagawa, Miyako, Koishi, Masataka

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Leveraging Data with “Concerted Effort between Humans and AI” von KOISHI, Masataka

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Search strategy for rare microstructure to optimize material properties of filled rubber using machine learning based simulation von Kojima, Takashi, Washio, Takashi, Hara, Satoshi, Koishi, Masataka

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New prediction technique of master curve of rubber material from the data by dynamic mechanical analyzer von MAEDA, Naruto, FUJIKAWA, Masaki, MIYAZAKI, Tatsujiro, MAKABE, Chobin, YAMABE, Junichiro, KOISHI, Masataka

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Activity Report of the Research Sub-committee of Mechanics of Rubber von KOISHI, Masataka

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Strain gradient stabilization with dual stress points for the meshfree nodal integration method in inelastic analyses von Wu, Cheng-Tang, Chi, Sheng-Wei, Koishi, Masataka, Wu, Youcai

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Tire cornering simulation using finite element analysis von Kabe, Kazuyuki, Koishi, Masataka

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Computational analysis of aeroacoustic noise generated from a rotating tire with a longitudinal groove von Kato, Daisuke, Lee, Gonghwi, Abe, Yoshiaki, Nonomura, Taku, Oyama, Akira, Fujii, Kozo, Ikeda, Toshiyuki, Koishi, Masataka

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“人とAIとの協奏”によるデータ活用 von 小石, 正隆

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機械学習を利用したゴム材料とタイヤの研究開発 von 小石, 正隆

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Modelling the microstructure and the viscoelastic behaviour of carbon black filled rubber materials from 3D simulations von Figliuzzi, Bruno, Jeulin, Dominique, Faessel, Matthieu, Willot, François, Koishi, Masataka, Kowatari, Naoya

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Prediction Technique of Master Curve of Rubber Materials from the Data by Dynamic Mechanical Analyzer under Frequency-Constant / Temperature-Sweep Test Condition von FUJIKAWA, Masaki, MAEDA, Naruto, MAKABE, Chobin, KODAMA, Yuji, KOISHI, Masataka

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進化計算による設計探査 von 小石, 正隆

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ゴムの力学研究分科会の活動報告 von 小石, 正隆

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Heat Conduction and Thermoelastic Properties of Twisted-Cord/Rubber Composite Using Homogenization Method von Koishi, Masataka, Kabe, Kazuyuki

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Evaluation of Material Properties for Particle Dispersed Composite Using Homogenization Method von KAGA, Yasuhisa, GOTOH, Jin'ichiro, YU, Qiang, KOISHI, Masataka, SHIRATORI, Masaki

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