新西兰泰拉威帝理工学院论文代写：悬索桥
新西兰泰拉威帝理工学院论文代写：悬索桥
千禧桥是一座简单的悬索桥，由于风的作用，它很可能会摆动，但人们走路的同步却给了这座桥一个额外的推力，尽管摇摆不定，但它还是摇摆不定。因此，千禧桥的摇晃不仅是建筑师的一个例子，也是公众的一个例子，因为人们必须了解悬索桥的动态。
有关的桥梁是灵活的，它在一开始的时候由于脚的交通和风的影响而摇摆。桥的轻微运动导致人们在相同的摇摆下行走，因此桥上的人平均走路的位置与摇摆的频率相匹配。大桥的摆动清楚地表明了稳定剂和阻尼在桥梁上的重要性，因为美化可以被破坏，但安全不能。同样明显的是，桥梁的摆动是桥梁设计最终完成时，施工人员没有预料到的横向载荷作用的结果。
整个问题有助于更好地了解最有效的悬索桥结构。大家都知道，大桥会被挤到人群中去，这样大桥的失败就可以通过稳定桥来避免。从伦敦千禧桥的失败中学到的关键教训是，这座桥是一种交通方式，不能因为它的美化而妥协。除此之外，施工人员和其他上级机构必须确保任何一种结构都足够稳定，能够承受重物和风。然而，人们被指责的不仅仅是建设者。更多的调谐质量减振器和线性粘滞阻尼器是构造器的责任。
新西兰泰拉威帝理工学院论文代写：悬索桥
The millennium bridge is a simple suspension bridge and was likely to swing because of the wind, but the synchronization of the people’s walk gave the bridge an extra push and in spite of swinging, it wobbled. Thus, the wobbling of the millennium bridge is not just an example to the architects but also to the general public as the people must understand the dynamics of a suspension bridge.
The concerned bridge is flexible and it swayed a little because of both the foot traffic and the wind at first. The slight movement of the bridge led the people following the same swaying and thus the average walking place of people on the bridge matched the frequency of swaying. The wobbling of the bridge clearly demonstrated the importance of stabilizer and damping on the bridges as beautification can be compromised but the safety cannot. It is also evident that the wobbling of the bridge was the consequence of a lateral loading effect that was not anticipated by the constructors during the finalization of bridge design.
The whole issue helps in gaining a better understanding of the most effective suspension bridge structure. It was known and expected that the bridge will get crowd and thus the failure of the bridge could have been avoided through stabilizing the bridge much more. The key lesson learned from the failure of London’s Millennium Bridge is that the bridge is a way of transportation and must not be compromised for just beautification. Other than this, it is essential that the constructors and other higher authority make sure that any kind of structure is stable enough and is capable of absorbing the heavy mass and the wind. However, the people are blamed more than the constructors. More number of tuned mass vibration absorbers and linear viscous dampers was the responsibility of the constructors.
