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CHIRAG SEMINAR PPT.pptx
1. SANJIVANI COLLEGE OF ENGINEERING KOPERGAON
APPLICATION OF FERROCEMENT IN CIVIL
ENGINEERING
SUBMITED BY –
MR.CHIRAG SANDEEP BOOB
GUIDED BY-
PROF.A.R.GAIKWAD
2. 1
Introduction
Ferrocement is a composite material made of
cement, sand, water, and reinforcement.
It is a versatile material with a wide range of
applications in civil engineering.
Ferrocement has been used in construction for
over 50 years and has proven to be a durable
and cost-effective solution.
3. 2
Advantages of Ferrocement
Ferrocement has high strength-to-weight ratio.
It is highly durable and resistant to corrosion.
Ferrocement can be easily molded into complex
shapes, making it ideal for architectural
applications.
4. 3
Applications in Building Construction
Ferrocement can be used for roofing, flooring,
and wall panels.
It is also suitable for making precast elements
such as beams and columns.
Ferrocement can be used to create lightweight,
earthquake-resistant structures.
5. 4
Applications in Water and Sewer Systems
Ferrocement is commonly used for water tanks
and pipes.
It can also be used for sewage treatment plants
and septic tanks.
Ferrocement is highly resistant to corrosion and
can withstand harsh environmental conditions.
6. 5
Applications in Marine Construction
Ferrocement is widely used in boat building.
It is also used for constructing jetties, bridges,
and sea walls.
Ferrocement can withstand the corrosive effects
of saltwater and is highly durable.
7. 6
Applications in Agriculture and Infrastructure
Ferrocement can be used for constructing silos
and storage tanks for grain and other
agricultural products.
It is also suitable for making culverts, drainage
channels, and retaining walls.
Ferrocement can be used to build low-cost
housing in rural areas.
8. 7
Case Studies
The Green School in Bali, Indonesia, is an
example of the use of ferrocement in
sustainable architecture.
The Kudankulam Nuclear Power Plant in India
uses ferrocement for containment structures.
The Hulhumalé Central Park Bridge in the
Maldives is a ferrocement bridge that connects
two islands.
9. 8
Limitations of Ferrocement
Ferrocement requires skilled labor and
specialized equipment for construction.
It is not suitable for structures that require high
fire resistance.
The cost of ferrocement may be higher than
conventional construction materials in some
regions.
10. 9
Future of Ferrocement
Research is ongoing to improve the properties
of ferrocement.
Ferrocement is expected to play a significant
role in the construction of sustainable and
resilient infrastructure.
Ferrocement has the potential to reduce the
environmental impact of construction.
11. 10
Conclusion
Ferrocement is a versatile and durable material
with a wide range of applications in civil
engineering.
It has been used successfully for over 50 years
and is expected to continue to play an important
role in the construction industry.
Further research and development will help
maximize the potential of ferrocement as a
sustainable and cost-effective building material.
12. 11
References
Ganesan, N. (2008). Ferrocement: Materials,
Properties and Applications. CRC Press.
Mindess, S., & Young, J. F. (1981).
Ferrocement: A Versatile Construction Material.
Journal of Materials in Civil Engineering, 1(2),
94-106.
Rebeiz, K. S., & Nanni, A. (2011).
Ferrocement: An Affordable Housing Solution
for Developing Countries. Journal of Materials
in Civil Engineering, 23(5), 606-613.
