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学术论文代写:张拉整体结构的特点

学术论文代写:张拉整体结构的特点。“张拉整体”一词是由“张拉”和“完整性”这两个词创造出来的,意思是拉伸和压缩分量(Bansod等,2014)。研究者Fuller(1982)将张拉整体解释为只有当不连续的受压构件和连续的受拉构件在空间中形成一个稳定的体积时才建立的系统。在更广泛的结构中,整个宇宙可以理解为张拉整体结构。在微观结构层面上,行星系统甚至原子系统在引力张力的作用下被排列。这构成了受拉构件的力。更重要的是,像Snelson(1996)这样的研究者将张拉整体描述为一个更封闭的系统。张拉整体结构主动控制的研究始于20世纪90年代中期。接下来学术论文代写专家将为同学们介绍下张拉整体结构的特点。

张拉整体结构主动控制的研究始于20世纪90年代中期。张拉整体结构通常是可控和智能结构的吸引人的解决方案;改变张拉整体结构的形状需要少量的能量(Ali和Smith, 2010, p. 3)。在张拉筋网络中存在三个或更多细长压缩杆的封闭结构体系。这里的系统是由细长的压缩杆,相互支持,但不会相互接触。压机向外在一个结点的顶点上和在张力网的顶点上形成比较多的三角网。因此,这是第一个在企业三角结构中考虑均衡平衡概念的定义。简而言之,张拉整体被Snelson(1996)描述为一种非连续压缩和连续拉伸的东西。它被定义为一种结构原理,其中系统被描绘成空间。甚至生物系统也被认为是张拉整体结构,例如,细胞、组织和器官系统等生物系统都可以被认为是张拉整体结构。肌肉骨骼系统是一个张拉整体结构,在技术的背景下,张拉整体被理解为一种广泛应用于建筑结构、结构等的方式,但应用和理解的形式将是相同的(Stamenović和Ingber, 2009)。

世界各地的建筑师都使用一种施工技术,他们依靠重量和应力的连续性来支撑。在这里,握持是一个重要的概念,而重量/应力的连续性结合在一起有助于握持效果,因为世界各地的建筑师在建筑中使用的技术是基于握持效果。举个例子,考虑一下一个石头圆顶或一座桥是如何因为一些张力而被拉到合适的位置上的。作用在结构上的张力会导致一种压缩的连续性,这种连续性既会作用在结构上,同时也会负责维持荷载。这就是普通架构的实现方式。此外,在张拉整体结构中,张拉连续和压缩不连续的原理实际上被认为是一个平衡的全向应力系统(Sultan and Skelton, 1998)。张拉整体实际上是提出不需要任何支持,并自我校准和预应力。摘要土木工程中的张拉整体结构是一门研究不多,但在本质上也有很多非常规应用的解决方案的学科。此外,当张拉整体与计算设计和建模方面的研究,它将可能在技术上校准和理解未来的设计。

Tensegrities are attractive solutions for controllable and smart structures as often; small amounts of energy are needed to change the shape of tensegrity structures (Ali and Smith, 2010, p. 3). A closed structural system with three and more slender compression struts as present within the network of tensioned tendons. Here the system is made of slender compressions struts that are mutually supportive and yet would not touch one another. The press outwardly in a nodal point at the vertex and in the tension network forms more of a triangulation. Hence this was the first definition to even consider the concept of equilibrated balance in the firm triangulated setup. Tensegrity in short was described by Snelson (1996) as something that is discontinuous compression and continuous tension. It was defined as a structural principle, where the system is delineated spatially. Even biological systems are considered as tensegrity structures, for instance, biological systems such as cells, tissues, and organ systems which can be considered as tensegrity structures. The muscular skeletal system is a tensegrity structure, In the context of technology, tensegrity is understood as the way that is used widely in building constructions, structures etc. but the form of application and understanding will be the same (Stamenović and Ingber, 2009).

Architects all over the world make use of a construction technique where they rely on the weight and continuity in stresses for holding. Holding is an important concept here, and weight/continuity of stress combined helps in the holding effect because of the stresses the technique used in constructions by architects around the world is based on the holding effect. As an example, consider how a stone dome or a bridge is pulled into place because of some tensive forces. The tension forces that act on the structure will result in a form of compressive continuity that will both act downward in the structure and at the same time will also be in charge of sustaining load. Now this is how normal architecture is implemented. Besides, in the case of tensegrity architecture, it so happens that the principle of tension continuity and compression discontinuity is in fact considered as a system of equilibrated omnidirectional stresses (Sultan and Skelton, 1998). The tensegrities are in fact presented as not needing any support at all and are self-calibrated and pre-stressed. Tensegrity in civil engineering is that branch of science which is often not well studied but in essence has solutions for many non-conventional applications as well. Furthermore, when tensegrity is studied with aspects of computational design and modelling, it would be possible to technically calibrate and understand future designs.

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