Computational Analysis of Autoclaved Aerated Concrete Block Walls for Heat Optimization—A Case Study of Frank & Debbie Islam Management Complex, Aligarh Muslim University, Aligarh, India

Due to rising global temperatures and an increasing emphasis on sustainable development, there is a growing interest in innovative building materials that reduce heat absorption in structures. This study explores the potential of Autoclaved aerated concrete (AAC) blocks as a sustainable alternative to traditional brick facades for improved thermal performance. Using progressed demonstrating programming like Ecotect Examination 2011, the exploration looks at the warm effectiveness of AAC blocks to stone work walls. The goal is to survey their adequacy in lessening heat move and upgrading building energy effectiveness. Recreations give important experiences into the warm way of behaving of AAC block walls, their effect on keeping up with agreeable indoor temperatures, and potential energy reserve funds. The discoveries exhibit that utilizing AAC blocks with a gauge month to month energy heap of 39.7 kW brought about a critical 5.5% diminishing in heat gain through the structure envelope. This decrease is especially articulated during top mid-year months like May, where the regular block model showed a higher energy heap of 42 kW. This exploration highlights the critical job AAC blocks can play in progressing supportable structure practices and makes ready for the advancement of cutting-edge energy-productive development materials and strategies.