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東京都新宿区西新宿 8-4-2
野村不動産西新宿ビル 8階
TEL : 03-4520-9011
FAX : 03-4520-9059
ジャーナル購読に関するEメールでのお問い合わせ・ご注文専用窓口
(カスタマーサービス - 日本語・英語とも対応)
E-Mail :
*シンガポールの祝日は休業いたします
その他の各部署の連絡先は下の「よくあるご質問」をご覧下さい
書籍
バルクナノ構造材料 Bulk Nanostructured Materials
バルクナノ構造材料
Bulk Nanostructured Materials
Michael J. Zehetbauer, University of Vienna, Materials Physics Institute, Austria
Yuntian Theodore Zhu, Los Alamos National Lab., Materials Science Div., USA
ISBN: 978-3-527-31524-6
Hardcover
750 pages
FEBRUARY 2009
US$270.00
Bulk Nanostructured Materials
Michael J. Zehetbauer, University of Vienna, Materials Physics Institute, Austria
Yuntian Theodore Zhu, Los Alamos National Lab., Materials Science Div., USA
ISBN: 978-3-527-31524-6
Hardcover
750 pages
FEBRUARY 2009
US$270.00
ダウンロード
- 印刷用 (157 KB)
解説/DESCRIPTION
バルクナノ構造材料のプロセシングと力学的挙動は、先端金属系材料に関する研究の中で最も興味深い新領域のひとつである。多くのナノ結晶材料は理論値に近い強度を持ち、高い耐破壊性、弾性、耐疲労性を示す。それらのナノ材料の生命医科学・構造・機械への応用には以前から関心が持たれており、世界各国で多くの研究プログラムが進められている。本書は、生産技術の発達により最近になってようやく商業的・工業的応用が可能となった超微細流組織を持つ材料について、その注目すべき特性とさまざまな技法を取り上げ、また根底にある基礎理論的側面についても論じる。
目次/TABLE OF CONTENTS
Introduction and Overviews
0 Preface
1 Nanostructured Materials: an Overview
2 Metallic BNM from SPD: Techniques, Properties, Applications (SPD ind. phase transformations, chiseling, upscaling, SPD impact properties)
3 Non-metallic nanomaterials
Fundamentals of BNM
4 Deformation Mechanisms of BNM
5 Modelling of Strength and Strengthening of BNM
6 FEM Modelling of SPD methods
7 MD Simulation of Deformation Mechanisms of Nanoscaled Materials
Processing of BNM
8 ECAP: Processing Fundamentals and Recent Progresses
9 HPT: Features & applications
10 ARB: Features & applications
11 BNM from FSP: Features & Properties
12 BNM from ball milling and consolidation
13 BNM from amorphous materials
14 Continuous SPD techniques, and post-SPD processing
Characterization of BNM
15 TEM Characterization of BNM Structures
16 X-Ray Diffraction Analysis of BNM Microstructures
17 SPD Textures and Modelling
Properties of BNM
18 Mechanical Properties of Nanostructured Metals (including SRS, and mechanical behavior at low temperature and high stain rate)
19 Superplasticity of BNM
20 Fracture & Crack growth in BNM
21 Fatigue properties of BNM
22 Diffusion in BNM and SPD-BNM
23 Creep of BNM 24 Properties of bulk nanostructured ceramics
Applications of BNM
25 BNM from Multi-phase ferrous and non-ferrous Alloys
26 Magnetic BNM
27 Novel features of BNM: H storage, IC forcefills and others
28 SPD Nanostructured Surfaces
29 Commercialisation of BNM
0 Preface
1 Nanostructured Materials: an Overview
2 Metallic BNM from SPD: Techniques, Properties, Applications (SPD ind. phase transformations, chiseling, upscaling, SPD impact properties)
3 Non-metallic nanomaterials
Fundamentals of BNM
4 Deformation Mechanisms of BNM
5 Modelling of Strength and Strengthening of BNM
6 FEM Modelling of SPD methods
7 MD Simulation of Deformation Mechanisms of Nanoscaled Materials
Processing of BNM
8 ECAP: Processing Fundamentals and Recent Progresses
9 HPT: Features & applications
10 ARB: Features & applications
11 BNM from FSP: Features & Properties
12 BNM from ball milling and consolidation
13 BNM from amorphous materials
14 Continuous SPD techniques, and post-SPD processing
Characterization of BNM
15 TEM Characterization of BNM Structures
16 X-Ray Diffraction Analysis of BNM Microstructures
17 SPD Textures and Modelling
Properties of BNM
18 Mechanical Properties of Nanostructured Metals (including SRS, and mechanical behavior at low temperature and high stain rate)
19 Superplasticity of BNM
20 Fracture & Crack growth in BNM
21 Fatigue properties of BNM
22 Diffusion in BNM and SPD-BNM
23 Creep of BNM 24 Properties of bulk nanostructured ceramics
Applications of BNM
25 BNM from Multi-phase ferrous and non-ferrous Alloys
26 Magnetic BNM
27 Novel features of BNM: H storage, IC forcefills and others
28 SPD Nanostructured Surfaces
29 Commercialisation of BNM