Analysis of Graphene-Based Composite Used in Concrete: A Review

In recent few decades, global climate change become catastrophe and this problem is rising day by day. Out of many sectors, the construction sector is alone responsible for at least 10% for total emission of carbon into the atmosphere. To provide the durability, strength, versatility during any construction work concrete is must. This literature review mainly focus on performance of cementation material along with the Graphene oxide. The principle material which affects the concrete most is cement.thus in response to growing more sulfur dioxide, nitrogen oxide and carbon monoxide like greenhouse gases the research community started finding innovative alternative for cement composite with greener material and also considering significant improvement of concrete properties. In recent times new material is taken into consideration for partial replacement of cement and that material is known as Graphene. The research for this study commenced with an in-depth review of trust- worthy publications, papers, books, entities, and current studies on cement-based concrete using graphene oxide (GO). To find the best way to improve overall performance so that the construction industry could design buildings or any structure with the best quality of basic material, a statistical summary of the prior researches and a detailed discussion added to this review in regards to workability, durability, mechanical properties, and microstructural properties.