| 解説記事 | 関連流れ則に基づく塑性構成式の問題点とその解決策 | 大家哲朗，伊藤耿一 | 塑性と加工 | Vol.57, No.622, pp.188-193, 2016 | |
| 論文 | Method for Evaluating Mechanical Characteristics of Biological Material for Bio-inspired Lightweight Design | Satsuki Tsunenari and Tetsuo Oya | Computer-Aided Design & Applications | Vol.13, Issue 4, pp503-510, 2016. | |
| 国際会議論文 | A new shell element taking thickness-stretchability into account for mechanics-based springback compensation system | Hibiki Arashiyama, Tetsuo Oya and Koichi Ito | MATEC Web of Conference (NUMIFORM2016) | ||
| 国際会議論文 | Mechanical behavior of fiber/matrix interfaces in CFRP sheets subjected to plastic deformation | Ryuta Kamiya and Tetsuo Oya | MATEC Web of Conference (NUMIFORM2016) | ||
| 国際会議論文 | Fracture prediction with a material model based on stress-rate dependency related with non-associated flow rule | Tetsuo Oya, J. Yanagimoto, K. Ito, G. Uemura, and N. Mori | MATEC Web of Conference (NUMIFORM2016) | ||
| 国際会議発表 | Numerical Material Test using Finite Element Polycrystal Model based on Successive Integration | Naoyuki Araki and Tetsuo Oya | The 12th WCCM | ||
| 国際会議発表 | A Novel Plastic Constitutive Model for Anisotropic Metals based on Non-Associated Flow Rule | Tetsuo Oya | The 12th WCCM | ||
| 国際会議発表 | Generalization of Learning in Numerical Material Testing based on Finite Element Polycrystal Method | Naoyuki Araki and Tetsuo Oya | 13th AEPA | ||
| 国際会議発表 | Plastic Anisotropic Material Model for Accurate Prediction of Fracture in Sheet Metal Forming | Tetsuo Oya | 13th AEPA | ||
| 口頭発表 | 逐次累積法に基づいた有限要素多結晶モデルによる多軸応力下での塑性異方性解析 | 荒木直之，大家哲朗 | 平成28年度塑性加工春期講演会 | 109, pp.15-16 | |
| 口頭発表 | 非関連流れ則に基づく異方性塑性構成式の実験的検証 | 大家哲朗，柳本潤，伊藤耿一，植村元，森尚達 | 平成28年度塑性加工春期講演会 | 113, pp.21-22 | |
| 口頭発表 | 非関連流れ則に基づく異方性塑性構成式(第2報) | 大家哲朗 | M&M2016 材料力学カンファレンス | ||
| 口頭発表 | 応力増分方向依存性と塑性異方性が破壊予測に及ぼす影響 | 大家哲朗，柳本潤，伊藤耿一，植村元，森尚達 | 第67回塑性加工連合講演会 | 726 | |
| 口頭発表 | 常温・温間変形における熱硬化性CFRP中のエポキシ樹脂の力学特性評価 | 西野晶拡，大家哲朗 | 第67回塑性加工連合講演会 | 728 |