Fractography of Ceramic and Metal Failures, ASTM STP 827

اختصاصی از حامی فایل Fractography of Ceramic and Metal Failures, ASTM STP 827 دانلود با لینک مستقیم و پر سرعت .

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Fractography of Ceramic and Metal Failures

Mecholsky/Powell

ASTM STP 827

سرفصلها

Failure Analysis Techniques

Analysis of Failures Associated with Intergranular Fracture

Topographic Examination of Fracture Surfaces In Fibrous-Cleavage Transition Behavior

Some New Fractographic Features in the Fatigue of High-Strength Aerospace Alloys

An Examination of Cleaning Techniques for Post-Failure Analysis

Applied Fractography

Use of "Marker Blocks" As An Aid in Quantitative Fractography in Full-Scale Aircraft Fatigue Testing: A Case Study

Fractographic Observations of Fatigue Crack Growth in a High Strength Steel

Fractographic Analysis of the Primary Oil Pump Shaft Fracture from a Steam Turbine

Fractographic Analysis of a Steam Turbine Disk Failure

Failure analysis of a hydraulic Turbine shaft

Fracography of metal matrix composites

Ceramic fractography research needs

Suggestions for research

اختصاصی از حامی فایل Influence of fabric architecture on compressive and failure mechanism of Cf/Mg composite fabricated by LSEVI دانلود با لینک مستقیم و پر سرعت .

Influence of fabric architecture on compressive and failure mechanism of C_f/Mg composite fabricated by LSEVI

ژورنال:Materials Science and Engineering: A

سال: January 2016

قیمت اصلی:41.95$

Abstract

Four kinds of C_f/Mg composites with different fabric architectures were fabricated by liquid–solid extrusion following vacuum infiltration (LSEVI) technique. The influence of fabric architecture on compressive properties of C_f/Mg composites was investigated, and the microstructure and failure surfaces were examined by SEM. The results showed that C_f/Mg composites were anisotropic material and the fabric architecture had great influence on their compressive performance. Moreover, fabric crimp had a negative influence on compressive properties of C_f/Mg composite. The composite with non-woven carbon fabric perform had the highest compressive strength (XY direction). Compared with 3 K plain-woven carbon cloth composite whose fiber bundles had 3000 monofilaments, 1 K plain-woven carbon cloth composite had better compressive properties. The analysis of failure surface indicated that the failure modes of C_f/Mg composites were mainly shear failure and delamination failure.

Keywords

• Metallic matrix composites, Failure analysis, Fabric architecture, Mechanical properties