This paper introduces a novel benchmarking framework and a multi-phase metric for thermal resilience quantification. The metric evaluates thermal resilience concerning building characteristics (i.e. building envelope and systems) and occupancy.
This involves a strategic selection of building materials based on their thermal properties and performance. Designers must adopt a multi-scale approach, evaluating the thermal performance of individual envelope components and optimizing the overall energy efficiency of the building.
Welcome to Thermal Envelope Thermal Envelope helps practitioners account for thermal bridging by providing comprehensive evaluations and calculations for building envelope thermal performance in new and existing construction.
In this framework, a correct design of the building envelope, including an informed choice of the materials and their thermal properties, is a key requisite to conjugate energy
The thermal properties of the building envelope are crucial in building energy performance. The variation of envelope thermal values (e.g. through the regulation of a country) directly influences building energy performance.
![Picture of The Building envelope Thermal Data [36] | Download Scientific Diagram](https://www.researchgate.net/publication/362271389/figure/tbl2/AS:11431281110885900@1672794855407/The-Building-envelope-Thermal-Data-36.png "The Building envelope Thermal Data [36] | Download Scientific Diagram")
