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metal matrix composites
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  metal matrix composites
On the hot working characteristics of 2124 Al-SiCp metal matrix composites
      
Size effect in particulate metal matrix composites: An analytical approach
      
This study briefly reviews various existing methods to account for the effect of particle size on the mechanical properties of particulate metal matrix composites.
      
The strain hardenings in metal matrix composites are increased with smaller particles and larger volume fractions which could not be predicted with size-independent constitutive relation.
      
The fibre push-out test has been extensively used to measure the fibre-matrix interfacial properties in polymer, ceramic and metal matrix composites.
      
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This paper described processing technology of fiber reinforced metal matrix composite and fibers which were used as reinforcement in composite.This paper also described development and application of some carbon fiber reinforced metal matrix composites.

纤维强化金属基复合材料由于具备各种特殊性能或优良综合性能,越来越受到人们的重视。讨论了纤维强化金属基复合材料的主要组成部分—作为增强剂的纤维,以及复合材料的制造工艺,并列举了若干典型碳纤维增强金属基复合材料的应用实例。

Advantages and disadvantages of metal-matrix composites reinforced by continual fibers and ceramic particles are discussed in this paper. Mechanical alloying process was employed to prepare the SiC dispersed Ti-6Al-4V composite powder. Variation of particle morphology, particle size and crystal structureduring mechanical alloying are studied by XRD and SEM.

对连续纤维增强和颗粒增强金属基复合材料的优缺点进行了评述。为制备SiC质点弥散分布的Ti-6Al-4V复合粉末采用了机械合金化工艺技术。用XRD和SEM研究了机械合金化过程中粉末形貌、粒度和晶体结构的变化。

Particulate reinforced metal matrix composites by spray co-deposition process are of fine microstructure and high mechanical properties, which are attracting more interest. Dynamic interaction mechanism between the partculate and the matrix is the basic problem of the process, which influences the bonding between particulate and matrix and determines final properties of the materials. The research progress in this field was discussed in this paper.

喷射共沉积金属基颗粒复合材料的组织和综合力学性能优越,在国防与工业领域得到重视。颗粒与基体金属的动力学作用机制是该工艺的基本问题,它关系到颗粒与基体的结合状态,对材料的最终性能有至关重要的作用,综述了当前该领域的研究进展。

 
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