Application Of Hybrid Fibre Concrete As Advanced Material For Concrete Water Tank Construction

The challenge of construction and the complexity of civil engineering systems, especially in the construction of water tanks, are catching people’s attention around the world. Concrete, which is a priority feature and a mandatory used material, must have a very high strength and an acceptable degree of workability and properties. Efforts are being made in the field of concrete production to create and expand these mixtures of unusual characteristics and behaviors. The used of the hybrid fibre concrete in the concrete wall can reduce the costing factor in terms of constructions and maintenances beside that the quality assurance is highlighted. In addition, the sustainability in the water tank construction in Malaysia can be achieved using the advanced material in the construction.

Study on Glass Fibre Concrete Roof Tiles

The main objective of the fibre glass in concrete roof tile is to obtain good strength, heat resistant, & water seepage resistant roof tile. To ensure that the roof tile produced plays a role development with minimum cost, and high flexure strength. To draw an analogy between the normal concrete roof tile with glass fibre concrete roof tile. The sizes of short fibres used were 25mm and the glass fibres were alkali resistant. The effect of these short fibres on wet transverse strength, compressive strength and water absorption was carried out.

An Experimental Investigation on High Strength Binary Blended Polymer Hybrid Concrete using polycarboxylate Super Plasticizer

Concrete the arena’s most consumed material after water on the earth planet. Concrete is the cloth that's stated to be sturdy in compression and susceptible within the tension. Steel is the ductile fabric to resist anxiety in the concrete. Cement is the non-acidic and alkaline which save you the metal from corrosion. The most important attention on this experimental take a look at inside the beyond is made to make concrete strong in tension with less use of metal and with using a few replacements. The Steel crimped fibres are said for use to enhance the homes of concrete that have the improvement to the age factor of concrete. The use of Polypropylene fibres to enhance the flexural assets inside the concrete. Past Experimental research with the aid of part of the past researchers. The use of polycarboxylate amazing plasticizers to enhancethe workability and to lessen the water percentage material with in the concrete along with improve the compressive electricity with the emphases at the specific properties of concrete to triumph over the special botheration in concrete. Concrete has been serious trouble manifest in now every day so we want to find out the arrangement of this difficulty. In this undertaking to be middle around attributes best of solid evaluation of cement with various corresponding of supplanting of concrete with and we along with pleated metallic fibre. To utilising metal fibre, improve the flexural pleasant of cement in diverse range mixture. The solid of blend to be casted with metallic fibre and without metal fibre in vary costs 0.8% 1.8% 2.8% and 3.8%. To trust the cost of improvement to be examines. The 3-d squares and chamber have been tried for both split malleable (150 mm width and 300 mm period chambers) and compressive excellent 3-D shape. At final, the high-quality presentation of blended fibre concrete is contrasted and the exhibition of commonplace cement

Mechanical Performance and Environmental Assessment of Sustainable Concrete Reinforced with Recycled End-of-Life Tyre Fibres

The presented research’s main objective was to develop the solution to the global problem of using steel waste obtained during rubber recovery during the tire recycling. A detailed comparative analysis of mechanical and physical features of the concrete composite with the addition of recycled steel fibres (RSF) in relation to the steel fibre concrete commonly used for industrial floors was conducted. A study was carried out using micro-computed tomography and the scanning electron microscope to determine the fibres’ characteristics, incl. the EDS spectrum. In order to designate the full performance of the physical and mechanical features of the novel composite, a wide range of tests was performed with particular emphasis on the determination of the tensile strength of the composite. This parameter appointed by tensile strength testing for splitting, residual tensile strength test (3-point test), and a wedge splitting test (WST), demonstrated the increase of tensile strength (vs unmodified concrete) by 43%, 30%, and 70% relevantly to the method. The indication of the reinforced composite’s fracture characteristics using the digital image correlation (DIC) method allowed to illustrate the map of deformation of the samples during WST. The novel composite was tested in reference to the circular economy concept and showed 31.3% lower energy consumption and 30.8% lower CO2 emissions than a commonly used fibre concrete.