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引用次数: 1
摘要
输电塔是一种高大的结构，通常是一种用于支撑架空电力线的钢格塔。它们用于高压交流和直流系统。基于基础的钢塔结构目前在任何地理位置都很流行，用于电力传输，微波传输等。有必要对这种结构的行为进行研究，并提供经济的设计。为了更好地理解这种高层结构的性能，有必要了解其在土-结构相互作用下的行为。为验证该方法的有效性，对输电塔进行了建模。并据此得出了红土的基本土壤性质。本文在STAAD Pro V8i和STAAD Foundation软件中对具有隔震基础的整个输电塔进行建模和分析。传递给每个塔腿的总载荷分别使用STAAAD Pro和STAAD Foundation软件确定每个塔腿下的隔离基础大小。如果需要，也可以很容易地找到土壤结构相互作用效应(SSI)
Analysis and Design of Transmission Tower with Isolated Footing
A transmission tower is a tall structure, usually a steel lattice tower used to support an overhead
power line. They are used in high voltage AC and DC systems. Steel tower structure resting on footings are
currently becoming popular in any geographical location for electrical transmission, microwave transmission
etc. It is necessary to have an understudy of the behavior of such structures and provide an economical design.
To understand the performance of such high rise structures, it is necessary to know their behavior considering
the soil structure interaction. Modeling of Transmission tower for the validation purpose is done. The basic
soil properties of laterite were also found accordingly. Here the entire transmission tower with the isolated
footing is modeled and analyzed in STAAD Pro V8i and STAAD Foundation software. The total load
transmitted to each tower leg is found using STAAAD Pro and the size of isolated footing under each tower leg
is determined using the STAAD Foundation software respectively. If required the soil structure interaction
effects (SSI) can also be found easily
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