土木工程外文翻譯—纖維混凝土（frc）在高層建筑中的應(yīng)用：案例研究

1、字?jǐn)?shù)：英文 字?jǐn)?shù)：英文 2154 2154 單詞， 單詞，12433 12433 字符；中文 字符；中文 3849 3849 漢字 漢字出處： 出處：Koorosh Koorosh G,Rhea G,Rhea C.Fiber C.Fiber Reinforced Reinforced Concrete Concrete (FRC) (FRC) for for High High Rise Rise Construction: Const

2、ruction: Case Case Studies[J].IOP Studies[J].IOP Conference Conference Series: Series: Materials Materials Science Science and and Engineering,2017,272(1):012034. Engineering,2017,272(1):012034.外文文獻(xiàn) 外文文獻(xiàn) Fiber Reinforced

3、 Concrete (FRC) for High Rise Construction: Case StudiesAbstract Due to its material element, Fiber Reinforced Concrete (FRC) could be stronger than traditional Concrete. This is due to FRC internal material compounds a

4、nd elements. Furthermore, FRC can also significantly improve flexural strength when compared to traditional Concrete. This improvement in flexural strength can be varied depending on the actual fibers used. Although not

5、new, FRC is gradually gaining popularity in the construction industry, in particular for high rise structures. This is due to its flexural strength, especially for high seismic zones, as it will provide a better solution

6、 then reinforced Concrete. The main aim of this paper is to investigate the structural importance of FRC for the high rise construction. Although there has been numerous studies and literature in justifying the FRC for g

7、eneral construction; this paper will consider its use specifically for high rise construction. Moreover, this paper will closely investigate eight case studies from Australian and United States as a part of the FRC valid

8、ation for high rise construction. In doing so, this paper will examine their Structural Health Monitoring (SHM) to determine their overall structural performance.1.IntroductionFRC is an example of such innovative materia

9、l engineering. Although this material has been used in general construction for some time, its use for high rise construction is gradually increasing. In the past, the reason for the reluctant use of FRC for high rise co

10、nstruction was due to industry's lack of trust with its functionality. As per norm, material functionality is the most important factor to consider when a selection is being carried out. One of the most significant f

11、acets of material functionality is its ability to fit the purpose which it is required to do. As per traditional Reinforced Concrete (RC), such materials are utilized as load bearing components of the structures. With th

12、e development of the FRC, it is believed that this material cannot match the functionality of the RC. However, many studies have been conducted to support the opposite to this view. Furthermore, where low load bearing ma

13、terials are required, FRC can easily be employed.The intriguing aspect of FRC is the actual type of fiber which is being used as there are many fibers to select from, such as Polymer, Steel, Glass and even Natural fibers

14、 (vegetable origin). Figures 2a and 2b below illustrate Steel and Glass fibers.Figure 2a. Steel Fiber Figure 2b. Glass FiberMoreover, another important aspect of FRC is its composition progression, incl