3D Visualization of Indoor Thermal Environment with UE5

This study focuses on the development of an advanced indoor thermal environment visualization system utilizing UE5, leveraging various blueprint features such as character blueprints and widget blueprints to implement interactive functionalities and dynamic simulations. The system effectively simulates indoor and outdoor heat transfer processes, allowing users to visualize and analyze key parameters of building facades with high accuracy. By providing intuitive thermal environment data, it aids in informed decision-making for architectural designs. Future work will focus on enhancing thermal calculation accuracy, streamlining data import workflows, and improving interactivity to create a more robust and user-friendly system for advanced thermal simulations.