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In this study, various measurement was performed to evaluate their impact on energy consumption in housing buildings situated in a hot-humid climate. The findings revealed that different orientations of walls, as well as changes in materials using 3D panels with rubber aggregates, demonstrated notable impacts, resulting in energy savings of building reaching 70%. This result underscore the significance of material choices and design considerations in optimizing energy efficiency within housing buildings in hot-humid climates, offering valuable insights for sustainable building practices and future research endeavors. Eventually, using predictive modeling by Fuzzy logic to predict the performance insulation of 3D panels.

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Thermal Performance of Structured 3D Polystyrene Panel Walls Containing Rubber Aggregates: Experimental Case Study and Modeling

  • 会议论文

  • 发表日期：

    2025年

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  • Ines Zarrad,
  • Mohamed Turki,
  • Chedly Bradai

摘要

In this study, various measurement was performed to evaluate their impact on energy consumption in housing buildings situated in a hot-humid climate. The findings revealed that different orientations of walls, as well as changes in materials using 3D panels with rubber aggregates, demonstrated notable impacts, resulting in energy savings of building reaching 70%. This result underscore the significance of material choices and design considerations in optimizing energy efficiency within housing buildings in hot-humid climates, offering valuable insights for sustainable building practices and future research endeavors. Eventually, using predictive modeling by Fuzzy logic to predict the performance insulation of 3D panels.