Effect of polypropylene fiber, steel fiber & glass fiber on properties of concreIAEME Publication
油
This document studies the effect of adding polypropylene fibers, steel fibers, and glass fibers on the compressive and flexural strength of concrete. Various concrete mixtures were made with different dosages of polypropylene fibers from 0-0.45%, steel fibers from 0-2%, and glass fibers from 0-0.04%. Testing found that mixtures with 0.45% polypropylene and 2% steel fibers achieved the highest compressive strength increase of 24%, while mixtures with 0.3% polypropylene and 0.04% glass fibers saw the largest flexural strength increase of 49.43%. Overall, the study determined that polypropylene-glass fiber concrete performed better than polypro
The document discusses performance of concrete blended with steel fibers. It aims to increase the compressive strength, tensile strength and ductility of concrete. It describes factors affecting the workability of concrete such as water content, mix proportions, size and shape of aggregates, grading of aggregates, and use of admixtures. It also discusses tests to measure workability including slump test and compaction factor test. Compressive strength testing of hardened concrete is also covered.
The document repeats the same name, Mostafa Abdo, multiple times without any other text. It can be summarized as a list of a single name being repeatedly printed with no other context or information provided.
Prepared a Glass Fiber Reinforced Plastic board and determined the optimal drilling conditions that would cause the least delamination using Design of Experiments.
Steel fibers for reinforced concrete kasturi metalKasturi Metal
油
Introduction on Steel and PP Fibers and Fiber reinforced Concrete Concept. Clear information on how fiber reinforced concrete can act as a super crack resistor and make brittle concrete more ductile.
Kasturi Metal Composites P Ltd , India is the largest manufacturer of fibers for concrete reinforcement in India. Its Brand Duraflex Steel Fibers Glued and Loose, and Durocrete Macro and Micro Polypropylene Fibers is the most preferred brand in India for various national and International Projects.
Fiber reinforced concrete is a concrete consisting of cement, water, aggregates, and discontinuous fibers. There are many types of fibers that can be used including steel, plastic, glass, and natural materials. Fiber reinforced concrete has advantages over plain concrete like improved toughness and flexural strength. It is also more economical than using steel reinforcement and is less prone to corrosion. Some common applications of fiber reinforced concrete include pipes, slabs, countertops, and tiles.
This document presents research on steel fiber reinforced concrete and its use in building structures. Twelve reinforced concrete beams were tested with and without steel fibers added at different depths. Beams with full-depth steel fibers showed a 20% increase in ultimate load capacity compared to control beams without fibers. Beams with fibers at the mid-depth or up to the tensile reinforcement also exhibited increased load capacities and improved cracking behavior over the control beams. The research demonstrates the effectiveness of steel fiber reinforcement in improving the structural performance of concrete beams.
This document discusses steel fiber reinforced concrete (SFRC). SFRC increases the structural integrity of concrete by adding short, discrete steel fibers that are uniformly distributed and randomly oriented. The document outlines the materials used including cement, aggregates, water, and steel fibers. It describes the mix design process and percentages of steel fibers tested. Beams and cubes were cast with the concrete mixtures and cured before testing to determine the compressive and flexural strengths of the SFRC. The results and conclusions are summarized, with references provided.
Fiberglass, or glass-reinforced plastic, is a material made of extremely fine glass fibers set in or surrounded by plastic. It is made by melting glass into fine fibers, which are then bonded together with a plastic resin to form a strong, lightweight material. Fiberglass is used widely in many applications due to its high strength-to-weight ratio, resistance to corrosion, and ability to be molded into complex shapes. Some common uses include building insulation, boats, cars, and building panels.
Ch. Gopi Chand presented on fiber reinforced concrete at Sri Venkateswara Engineering College. Fiber reinforced concrete was developed as a replacement for asbestos fibers in concrete. It involves adding short discrete fibers uniformly throughout a concrete mix. These fibers increase the tensile strength and cracking resistance of concrete. Fiber reinforced concrete has applications in thin sheets, pipes, precast elements, and transparent panels and partitions due to its improved strength and durability properties.
This presentation gives a brief introduction on FRC's history, definition and why is it used. Types of FRC's and it's applications is explained in detail in later stages.Also, it covers various properties that affects FRC and a Case study in end.
The document discusses performance of concrete blended with steel fibers. It aims to increase the compressive strength, tensile strength and ductility of concrete. It describes factors affecting the workability of concrete such as water content, mix proportions, size and shape of aggregates, grading of aggregates, and use of admixtures. It also discusses tests to measure workability including slump test and compaction factor test. Compressive strength testing of hardened concrete is also covered.
The document repeats the same name, Mostafa Abdo, multiple times without any other text. It can be summarized as a list of a single name being repeatedly printed with no other context or information provided.
Prepared a Glass Fiber Reinforced Plastic board and determined the optimal drilling conditions that would cause the least delamination using Design of Experiments.
Steel fibers for reinforced concrete kasturi metalKasturi Metal
油
Introduction on Steel and PP Fibers and Fiber reinforced Concrete Concept. Clear information on how fiber reinforced concrete can act as a super crack resistor and make brittle concrete more ductile.
Kasturi Metal Composites P Ltd , India is the largest manufacturer of fibers for concrete reinforcement in India. Its Brand Duraflex Steel Fibers Glued and Loose, and Durocrete Macro and Micro Polypropylene Fibers is the most preferred brand in India for various national and International Projects.
Fiber reinforced concrete is a concrete consisting of cement, water, aggregates, and discontinuous fibers. There are many types of fibers that can be used including steel, plastic, glass, and natural materials. Fiber reinforced concrete has advantages over plain concrete like improved toughness and flexural strength. It is also more economical than using steel reinforcement and is less prone to corrosion. Some common applications of fiber reinforced concrete include pipes, slabs, countertops, and tiles.
This document presents research on steel fiber reinforced concrete and its use in building structures. Twelve reinforced concrete beams were tested with and without steel fibers added at different depths. Beams with full-depth steel fibers showed a 20% increase in ultimate load capacity compared to control beams without fibers. Beams with fibers at the mid-depth or up to the tensile reinforcement also exhibited increased load capacities and improved cracking behavior over the control beams. The research demonstrates the effectiveness of steel fiber reinforcement in improving the structural performance of concrete beams.
This document discusses steel fiber reinforced concrete (SFRC). SFRC increases the structural integrity of concrete by adding short, discrete steel fibers that are uniformly distributed and randomly oriented. The document outlines the materials used including cement, aggregates, water, and steel fibers. It describes the mix design process and percentages of steel fibers tested. Beams and cubes were cast with the concrete mixtures and cured before testing to determine the compressive and flexural strengths of the SFRC. The results and conclusions are summarized, with references provided.
Fiberglass, or glass-reinforced plastic, is a material made of extremely fine glass fibers set in or surrounded by plastic. It is made by melting glass into fine fibers, which are then bonded together with a plastic resin to form a strong, lightweight material. Fiberglass is used widely in many applications due to its high strength-to-weight ratio, resistance to corrosion, and ability to be molded into complex shapes. Some common uses include building insulation, boats, cars, and building panels.
Ch. Gopi Chand presented on fiber reinforced concrete at Sri Venkateswara Engineering College. Fiber reinforced concrete was developed as a replacement for asbestos fibers in concrete. It involves adding short discrete fibers uniformly throughout a concrete mix. These fibers increase the tensile strength and cracking resistance of concrete. Fiber reinforced concrete has applications in thin sheets, pipes, precast elements, and transparent panels and partitions due to its improved strength and durability properties.
This presentation gives a brief introduction on FRC's history, definition and why is it used. Types of FRC's and it's applications is explained in detail in later stages.Also, it covers various properties that affects FRC and a Case study in end.