Interfacial effects in particulate, fibrous and layered composite materials
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書誌事項
Interfacial effects in particulate, fibrous and layered composite materials
（Key engineering materials, v. 116-117）
Trans Tech Publications, c1996
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内容説明・目次
内容説明
There is extensive interest in the development of new and improved composite materials. This is particularly true of composite systems based upon metallic and ceramic constituents. As the characteristics of the interface are of central importance, there is a great incentive for an improved understanding of the nature of interfaces between constituents in such composite systems and of the factors that affect their mechanical characteristics.
目次
Structure and Composition of Metal/Ceramic Interfaces
Interphase Formation and Control in Fibre Composite Materials
Gradient Interphase Regions in Composite Systems
The Effects of Fiber Coating, Matrix Composition and Processing Conditions on Interfacial Microstructures in Vacuum Plasma Sprayed and Vacuum Hot Pressed Ti Alloy/SiCf Composites
Fibre-Matrix Interface Characterization and Fibre Fragmentation Test
Fibre/Polymer Tests at the Fibre Scale: Tools for Analysing and Optimizing the Composite Response to Mechanical Loads
Interface Measurements and Applications in Fiber-Reinforced MMCs
Evaluation of Composite Interfaces Using Raman Spectroscopy
The Deflection of Cracks at Interfaces
Interfacial Properties and Residual Stresses in Titanium and Titanium Aluminide Matrix Composites
On the Control of Interface Reaction in Squeeze Cast Aluminium Matrix Composites
The Effect of Interfaces on the Strength of Metal-Matrix Composite Joints
The Fracture Mode of Ceramic/Metal Multilayers: Role of the Interface
Mechanical Response of Multilayers Submitted to In-Situ Experiments
Interfacial Behaviour and Mechanical Properties of Plastically Strained Particle Reinforced Al Composites
Residual Stresses in Surface Coatings and Their Effects on Interfacial Debonding
The Delamination of Ceramic Laminates due to Residual Thermal Stresses
Effect of Inhomogeneous Intrinsic Stresses on the Cracking of Layered Brittle Coatings
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