Fly ash based geopolymeric binders have potential for a wide range
of high temperature applications and it is receiving more attention
due to their economic and environmental advantages. This kind of
Geopolymeric materials possess intrinsic fire resistance due to
their rigid 3-D aluminosilicate structure. Geopolymer specimens
remains dimensionally stable at high temperature and provides good
compressive strength also. The percentage of Na2O and SiO2/Na2O
ratio affect development of internal pore structure of Geopolymers
and subsequently its performance at elevated temperature. The
characterisation of internal pore structure can be made by using
simple experimentation like measuring water absorption, apparent
porosity and water sorptivity as well as some sophisticated
mineralogical and microstructure studies like SEM, XRD, MIP etc.
also. This book records a huge experimental observations and
explained intricate behavioural aspects of fly ash based geopolymer
exposed elevated temperature. It will help the researchers and
technologists to produce high temperature resistant geopolymer for
different engineering applications.
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