Akademik Veri Yönetim Sistemi
El-Cezeri Journal of Science and Engineering, cilt.10, sa.2, ss.175-192, 2023 (Scopus)
In this study, a new form is proposed to reduce the damage of greenhouses due to natural disasters and the loss of time in the repair process. It is predicted that the proposed structure will preserve the existing advantages and reduce the possible damage that may be encountered. Within the scope of the study, the design lens application was carried out with the biology-to-design thinking method, and a new type of greenhouse design proposal was presented by scaling the tetradecahedron form that forms the impact-resistant cell structure of watercress. The design lens defines the steps used in the transition from biology to design. These steps are explained in detail in the article and supported with visuals. The designed greenhouse is a form proposal that can survive natural disasters with minimal damage. Additionally, a design proposal has been developed that converts the functions of the proposed system, which are characterized as harmful (rain and hail) into useful functions (usable water) with a cycle within the proposed system, thus ensuring sustainability. In the studies conducted, improvement works were carried out using the TRIZ method to make the structure more resistant to hail.