Micro-structural examination of composite nanomaterial developed in designed and fabricated cold static compaction chamber
Journal Title: International Journal for Research in Applied Science and Engineering Technology (IJRASET) - Year 2016, Vol 4, Issue 10
Abstract
Nanotechnology may be regularly exceptionally expansive term, including fields about science similarly as different Concerning illustration surface science, organic chemistry, atomic biology, semiconductor physics, micro creation and so on. The associated research also provisions would just as diverse, going starting with extensions of traditional gadget material science should totally new methodologies built upon atomic self-assembly, starting with Creating new materials with extents on the nanoscale will immediate control at whatever intricate framework. In the Different requesting fields from engineering and medical such as aerospace, defence, automobiles, electronics, materials, chemistry, energy, environment, majority of the data & communication, customer products and bio-technology, its zone about provisions turning into wider and wider. An extensive variety from claiming research need been finished on the transforming routines furthermore material properties about Al- Al2O3 nano-composites. Recently, a few methods in ultra nationalistic helped casting, nano-sintering, powder metallurgy, high energy ball milling, friction stir processing are being connected for those development for Al- Al2O3 nano composites. In the exhibit fill Cold Isostatic Compaction Chamber used for compaction of metal, alloys and composite powders. Al-Al2O nano composite with 1 to 3 weight % of nano Al2O3 particles were fabricated through powder metallurgy process using Cold Isostatic Compaction Chamber. The micro-structural analysis is carried out on the specimen and results are recorded.
Authors and Affiliations
Amir Hussain Idrisi, Gaurang Deep, Ayush Singh
Keywords
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