OPTIMISATION OF THE REINFORCEMENT BINDING PROCESS IN MONOLITHIC RESIDENTIAL CONSTRUCTION: ORGANISATIONAL AND TECHNOLOGICAL SOLUTIONS

Following a thorough and multidimensional study, we have successfully developed an optimised organisational and technological structure for the integrated rebar tying process based on the use of modern tying guns. This innovative structure is not just a theoretical model, but a well-thought-out set of measures, the implementation of which promises to bring significant and tangible benefits to the entire construction process, significantly affecting its efficiency and quality. Significant benefits of implementing an optimised structure - Significant reduction in the time required to complete the work: A key benefit is the radical acceleration of the reinforcement process. Thanks to the high degree of mechanisation provided by the tying guns, as well as the careful standardisation of all operations, the time required to tie the reinforcement is reduced by several times compared to traditional manual methods. This makes it possible to accelerate the overall pace of construction, optimise work schedules and put facilities into operation earlier. - Significant reduction in labour intensity: The use of tie-down guns dramatically changes the nature of the work of reinforcing steelworkers. The physical load, which used to be significant due to monotonous and repetitive movements, is significantly reduced. This not only has a positive impact on the overall productivity of each worker, but also significantly improves working conditions on the construction site, minimising the risk of fatigue and occupational injuries. - Guaranteed improvement in the quality of reinforcement connections: Thanks to the automation of the process, the tie guns ensure consistent and high quality ties. Each connection is made with the same tightening force and precision, which eliminates the human factor and reduces the likelihood of errors. Such uniformity and reliability of connections is critical to ensure the design strength, durability and overall load-bearing capacity of monolithic reinforced concrete structures. Thus, the proposed set of organisational and technological solutions allows not only to speed up the process of reinforcement works, making it more productive and less costly in terms of labour, but also to radically improve the quality of the connections made in modern monolithic construction, which is the key to the reliability and safety of the constructed objects