Abstract
This paper proposes the use of high-strength continuous compound spiral hoop in avoiding various weaknesses, such as steel wastes from conventional hooped reinforcement, overcrowding of hoop at reinforcement areas, and difficulties in concrete vibration and construction. It also analyzes the advantages of high-strength continuous compound spiral hoop in construction processes, operational key points, and quality control. It shows that the high-strength continuous compound spiral hoop can prevent various weaknesses in conventional hooped reinforcement, minimize the consumption of steel and improve work efficiency.
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