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Cost Optimization of a Tubular Steel Truss Using Limit State Method of Design

机译:基于极限状态法的管状钢桁架成本优化

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Limit state method helps to design structures based on both safety and serviceability. The structures are designed to withstand ultimate loads or the loads at which failure occurs unlike working stress method where only service loads are considered. This leads to enhanced safety. Also unlike the working stress method, the structures are economical. It is also better than ultimate load method as serviceability requirement is also taken care of by considering various safety factors for all the load types and structures do not undergo massive deflection and cracks. For tubular sections, higher strength to weight ratio could result in upto 30% savings in steel .Due to the high torsional rigidity and compressive strength, Tubular sections behave more efficiently than conventional steel section This study is regarding the economy, load carrying capacity of all structural members and their corresponding safety measures.
机译:极限状态方法有助于基于安全性和可维护性设计结构。与仅考虑使用载荷的工作应力方法不同,该结构设计为可承受极限载荷或发生故障的载荷。这导致增强的安全性。与工作应力法不同,该结构经济。它也比极限载荷法更好,因为还考虑了各种安全因素,考虑到所有载荷类型和结构不会发生大的挠曲和裂纹,从而考虑到了服务性要求。对于管状型材,较高的强度/重量比可以节省多达30%的钢材。由于较高的抗扭刚度和抗压强度,管状型材的性能比传统型钢更有效。结构构件及其相应的安全措施。

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