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Title: An Experimental Study of Geogrid in Ferrocement Panels

Authors: S.Jaganathan, P.Sudharsanamurthy

 DOI : http://dx.doi.org/10.18535/ijetst/v3i03.21


Corresponding Author

S.Jaganathan

Civil Engineering

B.E Student, Jaya Sakthi Engineering College

Abstract

The construction industry is seeing a boom as the infrastructure development has increased too many folds. The existing materials used in construction, pollute the environment as well as leads to global warming. The needs of innovation in construction to necessitate the future requirements make us to revolutionize the conventional system. One such conventional system we overviewed is FERROCEMENT CONSTRUCTION.

Definition of ferrocement by ACI Committee 549, 1988

“Ferrocement is a form of reinforced concrete using closely spaced multiple layers of mesh and /or small diameter rods completely encapsulated in mortar. The most common type of mesh used is steel mesh. Other materials such as selected organic, natural or synthetic fibers may be combined with metallic mesh.”

It is very well known that one ton of cement produces one ton of CO2. The increase in percentage of CO2 results in global warming and for this reason the manufacture of cement must be minimized. The only component which can partially replace the cement is flyash. Flyash is one of the residues from thermal power plant, which when partially replaced with cement can be used as a construction material.The rise in cost of river sand used as fine aggregate in concrete have increased the cost of construction significantly in the past few decades. The increase in the cost of river sand is due to dwindling natural resources as well as the concern to prevent further environmental degradation. These problems have led to the search for alternative materials for fine aggregates that are eco-friendly besides being inexpensive. The quarry dust, which is available abundantly from crusher units at a low cost in many areas, provides a viable alternative for river sand in concrete.

Quarry dust being inexpensive and ecofriendly is been proposed for partially replacing sand.

Steel mesh provided in the ferrocement construction has a serious disadvantage whenever the corrosion property is concerned. So in order to compensate the strength and durability of ferrocement panels, present study has been made to replace steel mesh with HDPE – geogrid mesh for different proportions of cement and flyash and partial replacement of sand with quarry dust. An optimum proportion has been arrived taking into account the social responsibility to bring out the product that could be economic, efficient and eco-friendly.