Published Paper Details:

The thermal performance of a slab refers to its ability to resist heat transfer. By improving the insulation properties of the slab, we can reduce heat loss, which can lead to energy savings and increased comfort. By incorporating GGBS (Ground Granulated Blast Furnace Slag) and pumice stone into the concrete mix of the hollow slab, we can significantly improve its thermal performance. GGBS is a byproduct of the iron and steel industry and is known for its high thermal resistance and low thermal conductivity. Pumice stone, on the other hand, is a lightweight and porous volcanic rock that provides excellent insulation properties. The combination of GGBS and pumice stone helps to reduce heat transfer through the slab, making it more energy-efficient. This can lead to lower energy consumption for heating and provide higher cooling purposes in buildings. A hollow slab is a type of concrete slab that contains voids or hollow spaces within its cross-section. It is filled with a cavity refers to a type of construction where the slab has voids or hollow spaces within its cross-section. These cavities can be created using various methods, such as using precast hollow blocks or forming voids during the casting process. This design helps reduce the weight of the slab while maintaining its structural integrity. It's often used in buildings to achieve longer spans and decrease material usage. Thermocouple testing in concrete slabs is a great way to identify temperature variations. By placing thermocouples at different points on the slab, you can measure and monitor the temperature changes over time. This helps in evaluating the thermal performance and identifying any potential areas of concern. It's an effective method to ensure the desired temperature control and optimize energy efficiency. By monitoring temperature changes using thermocouples will provide valuable data to assess the success of your experiment and optimize thermal performance. It's an exciting project that combines energy efficiency, sustainability, and improved comfort in building design. This data will provide valuable insights into the thermal performance of the slab and the effectiveness of using GGBS and pumice stone in enhancing insulation properties. It's an essential step in evaluating the success and achieving energy-efficient and sustainable building practices.