Mitigating Thermal Bridging in High-Rise Structures: A Novel Approach Using Advanced Insulation Techniques

Abstract

Thermal bridging poses a significant challenge in the design of high-rise buildings, leading to increased energy consumption and reduced occupant comfort. This study investigates the efficacy of advanced insulation techniques in mitigating thermal bridges within concrete structures. Employing a combination of computational simulations and field measurements, we provide empirical evidence of improved thermal performance and energy efficiency. The findings highlight the importance of integrated design strategies that incorporate innovative materials and construction methods, which can substantially reduce heat loss. The results indicate that adopting these advanced techniques can lead to a 30% improvement in energy efficiency, presenting a viable solution to one of the pressing challenges in modern architecture and engineering.