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代写本科essay:张拉整体结构概述

代写本科essay:张拉整体结构概述。张拉整体基本上是一个三维结构的特性它的成员处于张力下,这些成员是连续的,而在压缩下的成员不是。在张拉整体结构中,对杆件和弦件进行了识别。弦是通常处于张力下的元素而杆是通常处于压缩下的结构。研究表明,张拉整体结构中的弦具有以下性质。它们重量轻,可折叠,在制作过程中也很坚固。强度和轻度的结合使得它们在滑轮结构、NiTi钢丝结构、致动器和更多的情况下非常坚固和可移动(Sultan和Skelton, 1998)。接下来代写本科essay专家将为同学们分析下张拉整体结构。

在张拉整体结构的分析中,我们发现有几个数学模型可以相互连接,但只有少数几个能真正地更清楚地表征其性质。这些模型中只有少数能真正揭示为什么这种结构会存在。一些模型还显示了如何假装结构是广泛有益的。

所有的弦都被预先拉紧,就更容易做出拉张整体结构著名的稳健形状。张拉整体结构的一个特殊特性,正如在建模中理解的那样,就是结构的形状如何可以在能量结构影响很小的情况下改变。传统连续结构在发生变化时,往往着重于能量结构如何变化。然而,在这种情况下,能量结构的改变是有限的,这意味着形状控制是廉价的。对于这样的建筑工程,从使用传统的连续流结构到张拉结构,真的没有理由去理解势能结构会如何变化。研究人员将其与需要大量能量才能改变形状的经典结构进行了直接对比。一些模拟研究表明,在经典结构中,形成形状所需的能量将是极端的。另一方面,张拉结构的重量非常轻,同时也非常强壮(米凯莱蒂和威廉姆斯,2007)。

张拉结构的力学模拟研究实际上是建立在与经典结构进行对比的基础上的。因此,许多文献综述工作成为一个对比研究,而不是一个独特的研究的特点的张拉整体。这项工作打算着眼于张拉整体的独特特征,并将它们的特征与当前在建筑环境中的应用相结合。从结构的最小质量、屈曲约束和刚度、强度等方面分析了自相似结构的概念。

In the analysis of the tensegrity structures, it has been identified that there are several mathematical models that can be connected, but only a few would really represent the properties more clearly. Only a few of these models could actually reveal why such a structure would hold. Some of the models also show how pretending of the structures is widely helpful.

Where all the strings are pre-tensed, it becomes easier to make the robust shape that the tensegrity structures are famous for. A specific property in tensegrity structures as understood in modelling is how the shape of the structure could be changed with very little impact on the energy structure. The conventional continuous structures when they are changed, much emphasis is usually given on how the energy structures also change. However, in this situation, the energy structure change is limited, meaning shape controls are inexpensive. For such construction works that move from using a conventional continuous flow structure to tensegrities, there is really no reason to understand how potential energy structures could change. This is directly contrasted by researchers with the classical structures where much energy is needed to change their shapes. In classicial structures, the amount of energy to shape will be extreme as some simulative studies have shown. Tensegrities on the other hand are extremely light weight and are extremely strong as well (Micheletti and Williams, 2007).

Simulation studies on the mechanics of tensegrities would actually be based on contrasting them with classical structures. Much of the literature review work hence becomes a contrasting study and not a unique study of features of tensegrities. This work intends to look at the unique features of tensegrities and present their features with respect to more current uses in the construction context. The concept of self-similar structures is analyzed based on the minimal mass subject, the buckling constrain and the stiffness, strength of structures.

以上内容就是代写本科essay专家对张拉整体结构的概述。加拿大论文代写服务机构是领先的硕士论文代写帮助提供者,帮同学们撰写不同类型的论文创作,还以合理的论文代写价格提供编辑和校对服务。因为本科论文写作比常规作业要花费更长的时间,因此,同学们尽早与我们在线客户支持人员联系,同学们可以登录加拿大论文代写服务网站,填写订单表格并付款,论文将在截止日期之前发送到您的邮箱中!