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亞微米/微米SiCp/AZ91鎂基復合材料-英文 版權信息
- ISBN：9787118107579
- 條形碼：9787118107579 ; 978-7-118-10757-9
- 裝幀：一般膠版紙
- 冊數：暫無
- 重量：暫無
- 所屬分類：>
亞微米/微米SiCp/AZ91鎂基復合材料-英文 本書特色
鄧坤坤、王曉軍、聶凱波、吳昆*的《亞微米\ 微米SiCp\AZ91鎂基復合材料(英文版)》通過研究單 一尺寸SiCp對鎂顯微組織和力學性能的影響規律，闡 明顆粒尺寸對復合材料強化行為的內在影響機理。以 此為依據，設計并制備(亞微米 微米)雙尺寸 SiCp/AZ91復合材料，研究(亞微米 微米)雙尺寸SiCp 對AZ91基體顯微組織和力學性能的影響規律，表征不 同尺寸SiCp同AZ91基體的界面，分析雙尺寸 SiCp/AZ91鎂基復合材料的增強機理，建立雙尺寸 SiCp/AZ91鎂基復合材料的屈服強度計算公式，闡明 雙尺寸SiCp/AZ91鎂基復合材料的室溫拉伸機制和斷 裂機理。
亞微米/微米SiCp/AZ91鎂基復合材料-英文 內容簡介
《Submicron\\Micron SiCp\\AZ91 Magnesium Matrix Co》通過研究單一尺寸SiCp對鎂顯微組織和力學性能的影響規律，闡明顆粒尺寸對復合材料強化行為的內在影響機理。以此為依據，設計并制備（亞微米+微米）雙尺寸SiCp/AZ91復合材料，研究（亞微米+微米）雙尺寸SiCp對AZ91基體顯微組織和力學性能的影響規律，表征不同尺寸SiCp同AZ91基體的界面，分析雙尺寸SiCp/AZ91鎂基復合材料的增強機理，建立雙尺寸SiCp/AZ91鎂基復合材料的屈服強度計算公式，闡明雙尺寸SiCp/AZ91鎂基復合材料的室溫拉伸機制和斷裂機理。
亞微米/微米SiCp/AZ91鎂基復合材料-英文 目錄
Chapter 1 Introduction1.1 Research of Discontinuous ReinforcedMagnesium Matrix Composite1.2 Stirring Casting Process of Discontinuous ReinforcedMagnesium Matrix Composites1.3 Recrystallizaion Behavior of Particle ReinforcedMagnesium Matrix Composites1.4 Interface in Magnesium Matrix Composites1.5 Fracture Mechanism of Magnesium Matrix Composites 1.6 Main Contents in This BookReferences
Chapter 2 Experimental Material and Procedure2.1 Experimental Material2.1.1 Matrix Alloy2.1.2 Reinforcement2.2 Fabrication and Hot Deformation Process2.2.1 Fabrication of SiCp/AZ91 Composites2.2.2 Forging of the Alloy and Composites2.2.3 Extrusion of the Alloy and Composites2.3 Experimental Procedure
Chapter 3 Effect of Hot Deformation on the Microstructureand Mechanical Properties of SiCp/AZ91Composites3.1 Introduction3.2 Procedure of Hot Deformation3.3 Microstructures of As-deformed SiCp/AZ91 Composite3.3.1 Microstruetures of SiCp/AZ91 CompositeInfluenced by Forging Temperature3.3.2 Microstruetures of SiCp/AZ91 CompositeInfluenced by Forging Amount3.3.3 Microstructures of SiCp/AZ91 CompositeInfluenced by Two-step Deformation3.4 Mechanical Properties of As-deformedSiCJAZ91 Composite3.4.1 Mechanical Properties of SiCp/AZ91 CompositeInfluenced by Forging Temperature3.4.2 Mechanical Properties of SiCp/AZ91 CompositeInfluenced by Forging Amount3.4.3 Mechanical Properties of SiCJAZ91 CompositeInfluenced by Two-step Deformation3.5 ConclusionsReferences
Chapter 4 Micron SiCp/AZ91 Composites4.1 Introduction4.2 Mierostructures of Micron SiCp/AZ91 Composite4.2.1 Microstruetures Influenced by the VolumeFraction of Micron SiCp4.2.2 Microstructures Influenced byMicron SiCp Size4.3 Mechanical Properties of MicronSiCp/AZ91 Composite4.4 Room Temperature Deformation Mechanisms4.5 ConclusionsReferences
Chapter 5 Submieron SiCp/AZ91 Composites5.1 Introduction5.2 Microstructures of Submicron SiCp/AZ91Composites5.2.1 Microstructures after Hot Extrusion5.2.2 Microstructural Evolution during HotExtrusion5.2.3 Discussions about the DRX Mechanism ofSubmicron SiCp/AZ91 Composite5.3 Mechanical Properties of SubmicronSiCp/AZ91 Composites5.4 Analysis of Room Temperature Deformation5.5 Discussions5.5.1 Microstructures Influenced by SiCp Size5.5.2 Textures Influenced by SiCp Size5.5.3 Mechanical Properties Influencedby SiCp Size5.6 ConclusionsReferences
Chapter 6 ( Submicron micron) Bimodal SizeSiCp/AZ91 Composites6.1 Introduction6.2 Design of Bimodal Size SiCJAZ91 Composite6.3 Microstructures of Bimodal Size SiCSAZ91 Composite6.4 Mechanical Properties of Bimodal SizeSiCp/AZ91 Composite6.5 Interface in Bimodal Size SiCo/AZ91 Composite6.5.1 Interface between M-SiCp and Magnesium6.5.2 Interface between S-SiCp and Magnesium6.6 Strengthening Mechanism6.7 Analysis of Room Temperature Deformation6.8 ConclusionsReferences
Chapter 7 Conclusions
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