TRANSLUCENT CONCRETE

This research delves into the potential of Translucent Concrete, a revolutionary building material that combines the strength of traditional concrete with the ability to transmit light. The study examines the material’s composition, manufacturing processes, and properties, focusing on the influence of optical fiber type, density, and arrangement on light transmission and mechanical strength. Findings reveal that while higher optical fiber content enhances light transmission, it can negatively impact compressive and flexural strength. The research identifies an optimal fiber content range: below 5% for improved mechanical performance and around 6% for maximizing energy savings. The study explores the architectural applications of Translucent Concrete, highlighting its potential for visually striking designs and energy efficient buildings. Despite its advantages, challenges remain, including the high cost of production and the need for further research to improve durability and address potential issues related to heat gain and glare control. This research provides valuable insights and recommendations to guide the development and wider adoption of Translucent Concrete in sustainable construction practices, paving the way for a future where buildings are both energyefficient and aesthetically pleasing.