© October 2024 | IJIRT | Volume 11 Issue 5 | ISSN: 2349-6002 IJIRT 168721 INTERNATIONAL JOURNAL OF INNOVATIVE RESEARCH IN TECHNOLOGY 1717 Literature Review Study On Bioluminescent Concrete UBAI M. BUBERE 1 , DR. UMA S. KALE 2 1 U.G. Student, M.H. Saboo Siddik College of Engineering 2 Assistant Professor, M.H. Saboo Siddik College of Engineering Abstract—In the recent world , where concrete play a major role in providing up the strength to the structure. In this study , it deals with the study of bio luminescent concrete , the review of different paper that is been published , there outcomes . Index Terms— Bio Luminescent , Cube , Glow ,Aesthics I. INTRODUCTION Concrete is a key component in the construction industry. Innovation in concrete to enhance strength and specific properties have increased over the years. Birth of many new construction materials after the industrial revolution, dominated the world with its advancements and efficiency. Energy resources are gradually decreasing as the demand keeps increasing. The government faces a major problem in illuminating streets and highways. Frequent blackouts cause difficulty among travelers to recognize the path and pose a great threat to their sense of safety and security. Sunlight, a naturally available light energy source, can be used to obtain brighter glow in the photo luminescent material. Glow concrete is an innovation which involves the use of phosphorescent materials to impart a Luminant glow to the concrete surface thereby providing ambient lighting in the night by absorbing the solar radiation in the day. The main working principle involved in this process is phosphorescence. Phosphorescence is the process of emitting light from a substance exposed to radiation, long after the radiation is removed. Normally, during radiation electron gets excited from ground level to excited level, but in phosphorescence it stays in a rather temporary state called the meta stable level. The longer the electron stays in the metastable level indicates the duration of luminescence. Adding a novel utility to an already ubiquitously used material is one of many ways to add to life cycle sustainability. Our project's aim to create samples of phospholuminescent and translucent concrete gives rise to the idea that concrete can provide function beyond structure, and as such, can be used in a wider array of applications. [1] Luminescent concrete is a relatively new and lillie- researched variation. Concrete possessing luminous properties has the potential for applications in a variety of civil, structural, and design areas. In addition to its potential for aesthetic and creative use, luminous concrete has applications in coating buildings, bike lanes, highways, interiors, and even swimming pools in order to improve vehicular and pedestrian safety, as well as in reducing the need for energy intensive street and building lighting. One of the limiting factors of luminescent concrete is that traditional concrete is an opaque material. Because light is not able to pass through the material, any photoactive material beyond the top veneer neither absorbs nor releases light energy. [1] Researchers are investigating ways to solve this problem in many ways ranging from adding clear aggregates and binding agents to altering the crystalline structures formed when concrete cures. [1] II. LITERATURE REVIEW Most of the researches have worked in publishing their work in Bio Luminescent particles on the compressive strength of Bio Luminescent concrete. The observation, methodology, conclusions and further scope of work are used to finalise the objectives of present work. The available literature of review is as follows: Monalisa Both (2024) Among the practical applications of Quantum Physics, photoluminescence has stood out in different contexts in Engineering and Architecture. Due to the photoelectric effect, certain substances emit photons after being exposed to solar energy. In research in Mexico and Europe, these substances were applied to obtain a photoluminescent effect on bicycle paths. The objective of the research is to investigate the behavior of polymeric residues with the luminescent effect of rare-earth materials in