Title : Aluminium cenosphere hybrid foam through stir casting technique

Type of Material: Thesis
Title: Aluminium cenosphere hybrid foam through stir casting technique
Researcher: Birla, Shyam
Guide: Mondal, D P
Department: Engineering Sciences (CSIR-AMPRI)
Year: 2019
Language: English
Subject: Chemical Sciences
Chemistry
Physical and Basic Sciences
Dissertation/Thesis Note: PhD; 2019
Fulltext: Shodhganga

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035__|a(IN-AhILN)th_459941
040__|dIN-AhILN|aAcSIR)
041__|aeng
100__|eResearcher|aBirla, Shyam
110__|aEngineering Sciences (CSIR-AMPRI)|ein|b
245__|aAluminium cenosphere hybrid foam through stir casting technique
260__|c2019|b
502__|bPhD|d2019
518__|d2019|oDate of Award
518__|oDate of Registration|d2014
518__|oDate of Completion|d2019
520__|aAluminium composite foams are potential materials for multifunctional applications because of their excellent combination of physical and mechanical properties, higher surface area and ultralight weight. But their uses have been restricted to a few critical applications only because of their high cost. Several attempts have been made to make aluminium foams in order to get improved properties at compatible costs. Even though a lot of efforts are made, the processing of aluminium foams for precisely controlled porosities and densities are a difficult task. The strength, energy absorption its stiffness are strong function of aluminium foam architecture, matrix alloys or composites and the processing route. This is because of the fact that strength of foams and its deformation mechanism varies with the processing conditions, and all or composite structure. The distribution of pore in conventional aluminium foams are quite inhomogeneous whether these are mad
650__|aChemistry|2UGC
650__|aPhysical and Basic Sciences|2AIU
653__|aChemical Sciences
700__|aMondal, D P|eGuide
856__|uhttp://shodhganga.inflibnet.ac.in/handle/10603/372948|yShodhganga
905__|afromsg

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