CAJ | 학술논문

　　悬索桥因其主缆受拉力，材料利用效率高，己成为特大跨度桥梁的首选桥型。悬索桥尤其是大跨悬索桥的柔性特点，使其线形易受到施工现场条件、临时设施和环境温度的影响，因此主缆设计是悬索桥合理设计的关键。本文将以白鹤滩电站三滩悬索钢桥工程为例，从跨度、矢跨比、锚碇位置、主缆截面等方面对主缆设计进行介绍。
　　현색교인기주람수랍력，재료이용효솔고，기성위특대과도교량적수선교형。현색교우기시대과현색교적유성특점，사기선형역수도시공현장조건、림시설시화배경온도적영향，인차주람설계시현색교합리설계적관건。본문장이백학탄전참삼탄현색강교공정위례，종과도、시과비、묘정위치、주람절면등방면대주람설계진행개소。
Because of the main cable of suspension bridge is tensioned, and its material is utilized efficiently, it has become the preferred type of large span bridge. Suspension bridges es-pecial y flexible characteristics of long-span suspension bridge, the linear easily affected by the construction site conditions, te-mporary facilities and environment temperature, so the main c-able design is the key to the rational design of suspension br-idge. This paper wil take Baihetan hydropower station three beach self-anchored suspension bridge project as an example, introduces the main cable design from the aspects of span, ris-e-span ratio, anchor position and the main cable section.