Effect of Dual Reinforcement on Wear Resistance by Aluminum Compacts Reinforce by SiC, Al2O3

Waheed, Mohammed Saeed.; Abed, Hassan Hamed.

doi:10.30684/etj.27.13.19

	Effect of Dual Reinforcement on Wear Resistance by Aluminum Compacts Reinforce by SiC, Al2O3
Engineering and Technology Journal
Article 1, Volume 27, Issue 13, September 2009, Pages 423-429 PDF (243.67 K)
DOI: 10.30684/etj.27.13.19
Authors
Mohammed Saeed. Waheed; Hassan Hamed. Abed
Abstract
The producing composite materials of dual reinforcement in which the matrix material is aluminum reinforced with two types of ceramic particles : which are Alumina (50μm Keywords composite materials; wear test ; Al2O3; SiC: Al
Keywords
Composite Materials; wear test; Sic; direct extrusion; non; symmetric section; Induction heating; ANSYS; Multilayer; Hawiza marsh; Eutrophication; Contact Stress; Finite element method; Spur Gear; Hertz; Photo; ionic species detection; Wedge; Expansive Soil; STATISTICA; Transient; Modeling; Subcritical; multi; component; Compression Systems; composite; corrugated steel; Cylindrical shell; finite element; failure load; Steganography; Cryptography; visual cryptography; secret share; random images; Spontaneous; Condensation; droplet nucleation; wet steam; nozzle; Lightweight aggregate concrete; porcelinite aggregate; Elevated temperature; Steel Fiber; Polypropylene Fiber; grillage; composite bridges; GDF; AASHTO; OCDMA; optical communication systems; forward error correction code; Prediction; Tigris; stage; Neural; Networks; CBC mode; stream cipher; LSB insertion; position control; variable wind turbine generator; Servo Pneumatic Model; Fuzzy Logic; PID controller; Concrete; Concrete composite beams; Beams curved in plane; Finite element analysis

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