| Academic papers |
| No. | Ｔitle URL, Journal, Vol( No), Start Page- End Page, Publication date, DOI
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| 1 | YIELD CRITERIA AND STRAIN HARDENING RULE USING THE NON-DIMENSIONAL STRESSES FOR ORTHOTROPIC MATERIAL: Finite element analysis of wooden behavior of compressive strain inclined to the grain: (Part 2) , 日本建築学会構造系論文集, 79( 700), 741- 749, Jun. 2014, 10.3130/aijs.79.741 |
| 2 | Study on vibration measurement of temple architecture utilizing MEMS technology  , , 7, 109- 116, Jul. 2013, |
| 3 | Development of Hybrid Stress Finite Element Method for Traditional Timber Frame Structures Accounting Wooden Behavior of Compressive Strain Inclined to the Grain in Member’s Connections , Hiroshima University, , 1- 157, Mar. 2012,
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| 4 | ハイブリッド型応力法による伝統的木造架構の弾塑性解析(その2)実大模型架構の繰返し載荷解析 , 構造工学論文集 B, 57B, 379- 385, Mar. 2011,
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| 5 | Development of isoparametric finite elements with the option function on nodes , AIJ journal of technology and design, 16( 33), 479- 482, Jun. 2010, 10.3130/aijt.16.479 |
| 6 | 木材めり込み挙動のアイソパラメトリック有限要素解析(その1)解析方法の概要と等変位めり込み試験解析 , 構造工学論文集 B, 56B, 359- 369, Mar. 2010,
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| 7 | ELASTO-PLASTIC ANALYSIS OF TRADITIONAL TIMBER FRAME STRUCTURES USING THE HYBRID STRESS FINITE ELEMENT METHOD (Part 1) Formulation Considering the Finite Deformation Effects and Some Numerical Tests on the Restoring Force Characteristics of Column Rocking , 構造工学論文集 B, 54B, 201- 210, Mar. 2008,
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| Conference Activities & Talks |
| No. | Ｔitle, URL, Presentation date, Vol( No), Start Page- End Page, Publication date
|
| 1 | Study on Timber Framed Joints using Drift Pins and UV-Hardening FRP, , Aug. 10, 2014, , 97- 98,
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| 2 | Finite Element Analysis of Uniformly Partial Compression Tests of Wood, , Aug. 10, 2014, Volume 3, 39- 40, |
| 3 | Model Experiments of Column-Nuki Joint in Traditional Timber Structures, , Nov. 21, 2013, , CD-ROM（ページ指定なし）- CD-ROM（ページ指定なし）, |
| 4 | An Introduction to Special Subject in Department of Architecture and Structural Engineering for 16 years old students -A Class for Consider about Buildings through Modeling a Wall and a Floor-, , Sep. 26, 2013, , 122- 125, |
| 5 | 高専における初年次建築導入教育の試み―床と壁を作って建築を考える16歳の技術者入門―, , Jul. 20, 2013, E-2, 1- 2, |
| 6 | 伝統木造建築物の仕口ディテールのめり込み挙動を考慮したモデル化による解析手法, , Nov. 2010, 13th, 2096- 2100,
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| 7 | 木材めり込み挙動のアイソパラメトリック有限要素解析(その4)弾塑性領域における定式化(続), , Sep. 2010, , 339- 340, |
| 8 | 木材めり込み挙動のアイソパラメトリック有限要素解析(その3)弾塑性領域における定式化, , Sep. 2010, , 337- 338, |
| 9 | 217 Finite Element Analysis of Wooden Behavior of Compressive Strain Inclined to the Grain : (Part-6) Formulation in Elasto-Plastic Region, , Mar. 2010, , 1- 4, |
| 10 | 215 Finite Element Analysis of Wooden Behavior of Compressive Strain Inclined to the Grain : (Part-4) Some Numerical Analysis of Dowel of Wood Siding Wall in Traditional Timber Frame, , Mar. 2010, , 1- 4, |
| 11 | 216 Finite Element Analysis of Wooden Behavior of Compressive Strain Inclined to the Grain : (Part-5) Some Numerical Analysis of Dowel of Wood Siding Wall in Traditional Timber Frame (Further Report), , Mar. 2010, , 1- 4, |
| 12 | 木材めり込み挙動のアイソパラメトリック有限要素解析(その1)等変位めり込み試験の2次元応力解析, , Aug. 2009, , 291- 292, |
| 13 | 木材めり込み挙動のアイソパラメトリック有限要素解析(その2)等変位めり込み試験の3次元応力解析, , Aug. 2009, , 293- 294, |
| 14 | 210 Finite Element Analysis of Wooden Behavior of Compressive Strain Inclined to the Grain : (Part-1) Outline of the Present Approach and Some Numerical Tests, , Mar. 2009, , 1- 4, |
| 15 | 212 Finite Element Analysis of Wooden Behavior of Compressive Strain Inclined to the Grain : (Part-3) 3D-Stress Analysis of Uniform Partial Compressive Test, , Mar. 2009, , 1- 4, |
| 16 | 211 Finite Element Analysis of Wooden Behavior of Compressive Strain Inclined to the Grain : (Part-2) 2D-Stress Analysis of Uniform Partial Compression Test, , Mar. 2009, , 1- 4, |
| 17 | 207 Development of 2D- and 3D-Isoparametric Finite Elements with Selective Parent Nodal Coordinates, , Mar. 2009, , 1- 4, |
| 18 | ハイブリッド型応力法による伝統的木造建築架構の弾塑性解析(その6)実大模型架構の繰り返し載荷解析, , Sep. 2008, , 327- 328, |
| 19 | ハイブリッド型応力法による伝統的木造建築架構の弾塑性解析(その7)実大模型架構の繰り返し載荷解析(続), , Sep. 2008, , 329- 330, |
| 20 | 212 Elasto-Plastic Analysis of Traditional Timber Structures by the Hybrid Stress Finite Element Method : (Part-5) On Influence of the Gaps Between Column and Board of the Wood Siding Walls, , Mar. 2008, , 1- 4, |
| 21 | 211 Elasto-Plastic Analysis of Traditional Timber Structures by the Hybrid Stress Finite Element Method : (Part-4) Some Numerical Tests on the Restoring Force Characteristics of Column Rocking, , Mar. 2008, , 1- 4, |
| 22 | ハイブリッド型応力法による伝統的木造建築架構の弾塑性解析(その3)数値実験, , Aug. 2007, , 239- 240, |
| 23 | 258 Elasto-Plastic Analysis of Traditional Timber Structures by the Hybrid Stress Finite Element Method : Part2 On Modeling of Semi-Rigid Joint, , Mar. 2007, , 269- 272, |
| 24 | 257 Elasto-Plastic Analysis of Traditional Timber Structures by the Hybrid Stress Finite Element Method : Part1 Basic Formulation of Semi-Rigid Frame Considering the Finite Deformation Effect, , Mar. 2007, , 265- 268, |
| 25 | ハイブリッド型応力法による半剛節骨組構造解析手法の構築とその伝統的木造建築への応用 (その1) 半剛節骨組の定式化, , Sep. 2006, , 259- 260, |
