建筑工程中钢结构设计的稳定性与设计要点

STABILITY AND KEY POINTS OF STEEL STRUCTURE DESIGN IN CONSTRUCTION ENGINEERING

相较于以往的建筑材料而言,建筑钢结构呈现出很多明显的优势特点,如高强、可塑、强韧、质轻、省时等,当属节能减排之首要材料,所以被日趋广泛地应用到现代建筑工程领域。然而,设计稳定性不到位,势必会带来巨大的损失或人员伤亡,因此,要把握设计要点、科学展开设计。为此,依托某一建筑工程,探讨钢结构设计中有关稳定性及需要加强的设计要点内容。

Compared with previous building materials,building steel structure presents many obvious advantages,such as high strength,plasticity,toughness,light weight,time saving,etc.,and is regarded as the primary material for energy saving and emission reduction,so it is becoming more and more popular for application in the field of modern construction engineering.However,if the corresponding design stability is not in place,it will inevitably cause huge losses or even casualties.Therefore,it is required to grasp the key points and scientifically develop the design.To this end,relying on a certain construction project,the stability and design key points that need to be strengthened in the design of steel structures are discussed.