A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Performances Based Study On High Strengh Concrete Using Fiber As The Replacement
Processed sand is increasingly used as an alternative. With the prohibition of sand mining in several states and the increasing demand for river sand for construction work, many civil engineers have expressed the need to promote the use of manufactured sand in the construction industry. Manufactured sand is reportedly used extensively around the world and technicians at major projects around the world insist on the mandatory use of manufactured sand due to its constant gradation and no impurities. Ordinary concrete lacks the required strength and durability often required for large concrete structures such as tall buildings, bridges, and structures under severe exposure conditions. Due to the prosperous construction activities, natural sand has become scarce due to excessive unscientific methods of extraction from the river bed. For these reasons, it is necessary to produce improved concrete with high strength, using suitable materials. This article demonstrates the effective use of the product fibers and M-sand in high-strength concrete.
Performances Based Study On High Strengh Concrete Using Fiber As The Replacement
Processed sand is increasingly used as an alternative. With the prohibition of sand mining in several states and the increasing demand for river sand for construction work, many civil engineers have expressed the need to promote the use of manufactured sand in the construction industry. Manufactured sand is reportedly used extensively around the world and technicians at major projects around the world insist on the mandatory use of manufactured sand due to its constant gradation and no impurities. Ordinary concrete lacks the required strength and durability often required for large concrete structures such as tall buildings, bridges, and structures under severe exposure conditions. Due to the prosperous construction activities, natural sand has become scarce due to excessive unscientific methods of extraction from the river bed. For these reasons, it is necessary to produce improved concrete with high strength, using suitable materials. This article demonstrates the effective use of the product fibers and M-sand in high-strength concrete.
Performances Based Study On High Strengh Concrete Using Fiber As The Replacement
RAGHU RANI, THOTA (author) / BEERAIAH, B. (author)
2020-12-01
International Journal of Innovative Technology and Research; Vol 8, No 6 (2020): OCTOBER - NOVEMBER 2020; 9720-9722
Article (Journal)
Electronic Resource
English
DDC:
690
MATERIALICA 2006 goes from strengh to strengh
British Library Online Contents | 2006
A model of confined concrete in high-strengh reinforced concrete tied columns
| Online Contents | 2003
Shear stress contributions and failure mechanisms of high strengh reinforced concrete beams
| Springer Verlag | 1999
HIGH-STRENGH WIND LOAD-RESISTANT LIGHTWEIGHT CEMENTITIOUS SOFFIT ASSEMBLY
| European Patent Office | 2019