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The field of construction is experiencing a swift advancement in the method of 3D concrete printing (3DCP), which presents numerous advantages over traditional building techniques. Nevertheless, there remain various uncertainties surrounding the implementation of 3DCP in production, particularly with regards to the buildability of a printed structure and the maximum height it can reach before failure or collapse. The aim of this research is to ascertain the load-bearing capacity of a printed structure, in order to predict the maximum attainable height of the printed concrete, while ensuring there are no occurrences of structural failure or collapse. Therefore, an innovative experimental method was put forward to gauge the load bearing capacity of printed concrete in its early stages. During the initial stages of development, experiments were carried out to assess the load-bearing capacity and maximum printing height of …