Memoirs of the Graduate School of Science and Engineering Shimane University. Series A

島根大学総合理工学研究科

ISSN:1342-7113

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Use this link to cite this item : https://ir.lib.shimane-u.ac.jp/6185

Memoirs of the Graduate School of Science and Engineering Shimane University. Series A 40

2007-02-28 発行

治癒効果の制御を目的とした骨のマイクロ加工面における細胞の遊走能の評価

Evaluation for Cell Miration on Micro-processing Surface due to Controlling Regenerative Effect

Kawasaki, Yuhei

Ohtani, Tadashi

Nakai, Takahisa

Uchio, Yuji

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Infkuence of Difference in Meshes on Prediction of Shear Band in Clay Specimens under Undrained Compression Loading Using Finite Element Method/

PP. 1 - 8

Effects of Freezing and Thawing on Unconfined Compressive Characteristics of Cement Stabilized Soil Adding Flaky PET Bottle/

PP. 9 - 15

Effect of Shrinkage Histories due to Desiccation on Consolidation Characteristics of Singapore Clay/

PP. 17 - 25

Effects of initial high tempreature curing on unconfined compressive strength and microstructure of foamed mixture lightweight soil/

PP. 27 - 35

Prediction of undrained deformation behavior of clay foundation under embankment using finite element method with Cam-clay model/

PP. 37 - 45

Simplified deformation analysis of clay foundation under embankment using elast-plastic model/

PP. 47 - 54

Influences of Initial High Temperature Curing Histories on Unconfined Compressive Strength and Microstructure of Doamed Mixture Lightweight Soil Containing Flaky Polyethylene Terephthalate Bottles/

PP. 55 - 63

Parallax Barrier 3D Reflectuon Display using Holographic Optiocal Element/

PP. 65 - 71

Multi-view Barrrier and Lenticular 3D Display Using Polarizer Slit/

PP. 73 - 79

Pseudoscopic-free 3D Display using Orthogonal-polarized Images/

PP. 81 - 86

Mechanical behavior and electron fractography of water-saturated wood by quenching/

PP. 87 - 92

Evaluation for Cell Miration on Micro-processing Surface due to Controlling Regenerative Effect/

PP. 93 - 98

Analysis of shear area in the cutting process that watched from a viwpoint of cell structure/

PP. 99 - 104

総合理工学部中期目標・中期計画

PP. 106 - 117