Management of deconstruction of construction objects

Abstract

A change in any design variable can affect the environment during all relevant stages of the building life cycle. Because of competition, design and construction companies have become very interested in developing sustainable construction due to the modernization of resource potential optimization and management. The production chain has been built as part of an assessment of the life cycle of a construction project to address the challenges of sustainable construction. The possibilities of using information modeling for the planning and design of building deconstruction are analyzed. A deconstruction control method using information modeling has been developed, which implements control based on a simple and advanced feedback loop.

Taxonomy supporting design strategies for reuse of building parts in timber-based construction

“…Deconstruction or selective deconstruction or selective, systematic dismantling, also known as construction in reverse, is a strategy which, unlike mechanical demolition, aims to maximize the recovery of building parts when taking apart a building for future relocation and reuse and, consequently, to minimize construction waste (Bertino, 2021; Forghani et al , 2021; Marzouk and Elmaraghy, 2021; O’Grady et al , 2021; Bukunova and Bukunov, 2020; Jockwer et al , 2020; Kibert, 2016; Rios et al , 2015; Thomsen et al , 2011). The term deconstruction has been associated with the removal of demountable building parts to claim their residual value for reuse (Cambier et al , 2021; Akinade et al , 2020) and to building disassembly for material, element or component reuse (Guerra and Leite, 2021; van den Berg et al , 2021; Akinade et al , 2015).…”