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项目是由左右两塔与高位大跨连廊组成的三位一体的复杂高层建筑。连体结构部分的位置高、跨度大,且两侧塔楼与中间连体结构层高不同,有局部错层,同时因主体结构和连体部位采用两种不同类型材料,给结构设计带来了较大的挑战。设计采用了多项有效抗震技术措施,详细分析了连体结构、高位大跨连廊的受力性能,通过振动台模型试验验证了所采取的抗震措施的可行性,工程设计顺利通过超限建筑专项审查。
Project is composed of two towers and high-rise long-span corridor trinity of complex high-rise buildings. Siamese structure part of the high position, span large, and the two sides of the tower and the middle of the Siamese high-level structure, there are partial layers, while the main structure and the Siamese parts with two different types of materials, to the structural design brought Bigger challenge. The design adopted a number of effective anti-seismic technology measures, analyzed in detail the mechanical properties of Siamese structure and high-span long corridor, and verified the feasibility of anti-seismic measures by shaking table model test. The engineering design passed the construction of overrun construction Special review.