CAJ | 학술논문

随着计算机硬件及力学分析软件的发展应用，在桥梁工程中塔柱的结构设计越来越新颖复杂。这要求钢结构加工制作技术也必须随之更新和改进，以适应钢结构设计的发展。以上海蕰藻浜大桥梭形格构塔柱为例，介绍利用AutoCAD和Tekla Structures软件进行三维建模。通过软件放样建模，解决了梭形格构柱等复杂塔柱的制作技术难题，提高了生产效率，提升了产品质量。
수착계산궤경건급역학분석연건적발전응용，재교량공정중탑주적결구설계월래월신영복잡。저요구강결구가공제작기술야필수수지경신화개진，이괄응강결구설계적발전。이상해온조빈대교사형격구탑주위례，개소이용AutoCAD화Tekla Structures연건진행삼유건모。통과연건방양건모，해결료사형격구주등복잡탑주적제작기술난제，제고료생산효솔，제승료산품질량。
With the development of the computer hardware and mechanical analysis software application, the design of pillar in the bridge engineer structure is more and more complicated. This requires steel structure fabrication technology to be updated and improved to adapt to the development of steel structure design. Taking spindle lattice column of Wenzaobang Bridge in Shanghai as an example, 3D modeling by software AutoCAD and Tekla Structure was introduced. By modeling, technical fabrication problems of complex tower column such as spindle latticed column were solved, which improved the production efficiency and the quality of the product.