Authors :
Nikhil T R, Chaithra D, Dr. B C Shanthappa, Dr. S M Gopinath, Dr. M R Prakash
Volume/Issue :
Volume 5 - 2020, Issue 4 - April
Google Scholar :
http://bitly.ws/9nMw
Scribd :
https://bit.ly/3fcS9Lo
Abstract :
Concrete is well known for its high strength
as well as a versatile mouldale construction material. It
is vastly utilized for construction of infrastructures such
as buildings, bridges, cooling towers, chimneys,
industrial and numerical structures. Fire is taken in to
consideration as one of greater destructive accidental
loads that a structure can be subjected at its lifespan.
The scale of damage will be causing mainly on the
severity and duration. The different properties of
concrete and the steel reinforcement are modified due
the temperature and duration of fire. Assessment of fire
damaged concrete may start with visual observing and
ultrasonic pulse velocity measurements and tests on
core samples. This paper describes the method that is
used in showing the performance of concrete. The
bacteria like calcite precipitating spore forming is
allowed to settle in to concrete while mixing.
Keywords :
Bacterial Concrete, Fire Resistance, Bacillus subtilis.
Concrete is well known for its high strength
as well as a versatile mouldale construction material. It
is vastly utilized for construction of infrastructures such
as buildings, bridges, cooling towers, chimneys,
industrial and numerical structures. Fire is taken in to
consideration as one of greater destructive accidental
loads that a structure can be subjected at its lifespan.
The scale of damage will be causing mainly on the
severity and duration. The different properties of
concrete and the steel reinforcement are modified due
the temperature and duration of fire. Assessment of fire
damaged concrete may start with visual observing and
ultrasonic pulse velocity measurements and tests on
core samples. This paper describes the method that is
used in showing the performance of concrete. The
bacteria like calcite precipitating spore forming is
allowed to settle in to concrete while mixing.
Keywords :
Bacterial Concrete, Fire Resistance, Bacillus subtilis.
