Raşit Eren Cangür

• Yıldız Technical University

Planning of construction activities is an important need in the process of building practice. In this study, an alternative solution to this planning process is proposed. The study aims to create a model that dynamically responds to the need for temporary space and the number of personnel connected to it according to the project requirements. The m...

The aim of this study is to develop a parametric panel production model for generating water wave patterns. The continuous alignment of joints when the panels are laid and ensuring this continuity even when the panels are rotated during installation are targeted with this model. Rhino Grasshopper was used for the parametric panel production model....

Detecting earthquake damage as part of post-shock safety standards is critical for managing the disaster safety process. The fact that there are more damaged buildings than there are detecting teams causes a delay in the detection processes' outcome. Furthermore, the owners of damaged properties face psychological stress and the specialists have va...

In this study, a method utilizing deep learning-based classification algorithms has been created to automate the observation-based postearthquake damage assessment.Given the significant discrepancy between the number of experts involved in the post-earthquake damage assessment process and the damaged building, the study aims to determine whether in...

Purpose This study presents an ontological approach to assess the architectural outputs of generative adversarial networks. This paper aims to assess the performance of the generative adversarial network in representing building knowledge. Design/methodology/approach The proposed ontological assessment consists of five steps. These are, respective...