Selecting the right project topic has a major impact on your career. If you talk to professionals, they will say that the first question that is going to be asked to you if you attend an interview as a fresher, will be about your civil project topic. It is very important to select the apt civil engineering project topic because you are going to a lot of research on the topic that you are going to select. You might be selecting your field of study for higher studies based on this topic.
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Textile reinforced concrete TRC is a combination of fine-grained concrete and multi-axial textile fabrics, that has been fundamentally researched over the past decade. TRC is light, stable and also sustainable. This can make an important contribution to sustainable construction. TRC makes slim components that mean less building material required.
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PhD thesis, University of Nottingham. There is a growing interest for strengthening and upgrading existing concrete structures both in seismic and non-seismic regions due to their continuous deterioration as a result of aging, degradation induced environment conditions, inadequate maintenance, and the need to meet the modern codes i. Almost a decade ago, an innovative cement-based composite material, the so-called textile-reinforced mortar TRM , was introduced in the field of structural retrofitting. TRM comprises high-strength fibres in form of textiles embedded into inorganic matrices such as cement-based mortars.
In the present work a natural textile reinforced concrete TRC was developed and mechanically characterized. A fabric made of jute, a natural occurring fiber, was used as reinforcement in a fine grained cementitious matrix with a low content of calcium hydroxide. Tensile tests were performed on TRC reinforced with 3 and 5 layers of jute fabric. The mechanical tensile tests were coupled with image analysis in order to measure the crack spacing and the results were correlated with the applied tensile strain. Various stages of loading corresponding to initiation, propagation, distribution, opening, and localization of a crack system in the specimen are discussed.