Then, two algorithms are developed and tested in the Visual Programming Language (VPL) Dynamo to automatically populate the missing information in the BIM model. First, the necessary information for building disassembly models is investigated according to the Sequential Disassembly Planning for Buildings (SDPB) approach and the BIM parameters for disassembly models are suggested. The approach presented in this study uses BIM as the main platform and interface to implement the computational model. Therefore, the aim of this paper is to develop algorithms for the automatic determination of the necessary information for disassembly building models. Unfortunately, the implementation of selective disassembly planning for buildings is still limited due to the challenge of generating accurate and correct analytical disassembly models for building archetypes. In this matter selective disassembly is an efficient method to retrieve reusable components from building assets. Reuse of building components has the potential of maximizing the residual utility for the building materials in the End-of-Life (EoL) stage of a construction project.
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