The article views the process of preparing territories damaged by the war for housing stock restoration and it describes the main measures that need to be carried out in the damaged neighborhoods, depending on their degree of damage. These activities in the article are divided into two groups: the first for moderately damaged quarters, and the second for severely damaged quarters. The works from the first group are somewhat different from the ones in the second. For example, the decision to restore moderately damaged quarters requires temporary strenghtning and temporary protection of damaged buildings, while in severely damaged quarters, demolition of all buildings is required. In addition, the quantity of work in the second group is larger compared to the quantity in the first due to the need to demolish all buildings, dismantle all outdoor networks and lay new ones. However, the advantages of constructing works in these quarters are that it is possible to speed up the work due to the variety of implementation methods and the equipment that can be used.
Keywords: post-conflict reconstruction, demining of territories, preparatory works, technical condition of damaged buildings
The uniqueness of restoration projects requires a transition from traditional to modern approaches. Building Information Modeling (BIM) is considered one of the most reliable approaches in construction, but after a review of domestic and foreign studies, it turned out that there are no studies on the use of BIM in organizing the restoration process of war-torn territories. The article discusses the application of BIM and visual programming (Dynamo) at all stages of restoration projects. In addition, the article presents a way to automatically create calendar plans using the program (MS project) and a way to automatically create 4D, 5D models using the program (Navisworks). The article also explains how recovery models can be used in the execution tracking process.
Keywords: building information modeling, visual programming, post-conflict recovery, scheduling automation, 4D