This poster exhibits the testing and research done on general Portland Cement Concrete with the addition of coir (coconut) fibers as reinforcement. Using the fundamental constituents of cement (water, cement, fine and coarse aggregate) and processed coir fiber, concrete specimens were batched to test for compressive and flexural strengths (per appropriate ASTM standards). Cylindrical and rectangular beam specimens were subjected to loadings until failure occurred. The capacity and modes of failures of the specimens were observed. It was determined that: • The addition of processed coir fibers decreases the overall strength of general Portland Cement Concrete. • The tested concrete’s mode of failure was improved by the reinforcing strains; i...
Presence of cracks in concrete affect the integrity. It reduces the life expectancy of concrete stru...
Concrete is world’s most widely used construction material. The utilization of concrete is increasin...
Due to the requirement for developing more sustainable constructions, natural fibers from agricultur...
This poster exhibits the testing and research done on general Portland Cement Concrete with the addi...
Coir has been known as a potential natural fiber for many sustainable construction material developm...
This study has examined the flexural properties of natural and chemically modified coir fiber reinfo...
The use of lime as a binder and natural fibers as reinforcements have been in use since ancient huma...
Rapid crack propagation, brittle mode of failure and increased overload are common in concrete struc...
This research intent to know increase influence "oil palm coir fiber" to concrete Strength. The obje...
Background: Efforts to improve the quality of concrete is accomplished by mixing the other ingredien...
Incorporating coconut fibre in construction materials is gaining more interest nowadays, mainly due ...
In construction industry, concrete is used entirely in the world. The production of waste increases ...
The use of fibers in concrete at relatively low volume fraction has been gaining rising popularity a...
Concrete made with Portland cement has certain characteristics: it is relatively strong in compressi...
ABSTRACT Concrete made with Portland cement has certain characteristics: it is relatively strong in...
Presence of cracks in concrete affect the integrity. It reduces the life expectancy of concrete stru...
Concrete is world’s most widely used construction material. The utilization of concrete is increasin...
Due to the requirement for developing more sustainable constructions, natural fibers from agricultur...
This poster exhibits the testing and research done on general Portland Cement Concrete with the addi...
Coir has been known as a potential natural fiber for many sustainable construction material developm...
This study has examined the flexural properties of natural and chemically modified coir fiber reinfo...
The use of lime as a binder and natural fibers as reinforcements have been in use since ancient huma...
Rapid crack propagation, brittle mode of failure and increased overload are common in concrete struc...
This research intent to know increase influence "oil palm coir fiber" to concrete Strength. The obje...
Background: Efforts to improve the quality of concrete is accomplished by mixing the other ingredien...
Incorporating coconut fibre in construction materials is gaining more interest nowadays, mainly due ...
In construction industry, concrete is used entirely in the world. The production of waste increases ...
The use of fibers in concrete at relatively low volume fraction has been gaining rising popularity a...
Concrete made with Portland cement has certain characteristics: it is relatively strong in compressi...
ABSTRACT Concrete made with Portland cement has certain characteristics: it is relatively strong in...
Presence of cracks in concrete affect the integrity. It reduces the life expectancy of concrete stru...
Concrete is world’s most widely used construction material. The utilization of concrete is increasin...
Due to the requirement for developing more sustainable constructions, natural fibers from agricultur...