Owing to the good mechanical properties of braided structures, regular braided ropes are increasingly being used in various fields, including marine exploration, aloft work, recreation activities, and oil prospecting. However, under certain severe conditions, they could break, a situation that is absolutely undesired. Thus, predicting their stress distribution and strain-force characteristics when they are subjected to different tensile loads is a pre-requisite for their application. Therefore, in this study, a mathematical model for ropes with regular braided structures is developed, and based on the model, this study reveals that uneven stress distributions in the different strands of regular braided ropes generate different stress distributions and strain-force characteristics in each of the strands. Additionally, the uneven stress distributions in the different strands also induce mechanical failure more readily. Finally, to ensure the reliability of braided ropes in different applications, different strand parameters are compared.

由于编织结构具有良好的机械性能，常规编织绳越来越多地用于各个领域，包括海洋勘探，高空作业，娱乐活动和石油勘探。但是，在某些恶劣条件下，它们可能会破裂，这是绝对不希望的情况。因此，预测它们在承受不同拉伸载荷时的应力分布和应变力特性是其应用的先决条件。因此，本研究建立了具有规则编织结构的绳索的数学模型，并在此模型的基础上揭示，在规则编织绳索的不同股中，应力分布不均匀会在每根编织绳索中产生不同的应力分布和应变力特性。股。此外，不同钢绞线中应力分布的不均匀也更容易引起机械故障。最后，为了确保编织绳在不同应用中的可靠性，比较了不同的股参数。