Evaluation of Climate Adaptive Building Skins in the Last Decade

Abstract

Efficient use of energy and indoor comfort is accepted as the priority of modern architectural design trends, making it obligatory to design building shells in a specific form to provide adequate flexibility for energy flow and thermal comfort. Accordingly, climate-adaptive building shells (CABS) offer opportunities to significantly reduce energy use in buildings and lower CO2 emissions while serving as a promising alternative for sustainability. This study examines the development of climate-adaptive, high-performance and advanced facade systems through office buildings where energy consumption is higher than other constructions. The research method used in the study is data collection, process tracing, and content analysis from qualitative methods. The study consists of two stages. In the first stage of the study, climate-adaptive facade systems are investigated in detail; facade systems that will form the sub-headings of the CABS term have been determined and explained through the literature. The second stage of the study examines climate-compatible facade systems in energy-efficient design. It considers the factors affecting energy-efficient façade systems following the analysis of the prominent headings in the literature review.

Environmentally Friendly Smart Construction—Review of Recent Developments and Opportunities

“…The consideration of regional climate conditions is essential for the selection of the building envelope and optimisation of the dynamic active isolation. A review on the climate adaptive façade systems can be found in [87,88].…”

Geometric Design in Architecture: Examination of Tessellation Configurations in Structural Systems

“…In addition to the durability parameters and risk assessments of the buildings, geometric designs in the structural systems create diversity in the architectural building stock (Sarıcıoğlu and Ayçam, 2021;. Geometric design features may also change depending on the space requirement, function, area data, and building materials of the building (Bekler et al, 2022;Eastman, 2018;İlerisoy and Tuna, 2018).…”