Implementation of FMCDM Techniques to Select the Best Composite Material - Comparative Ranking
参考中译:实施FMCDM技术选择最佳复合材料-比较排名


          

刊名：International Journal of Vehicle Structures and Systems
作者：K. Ruth Isabels（Dept. of Maths., Saveetha Engg. College）
G. Arul Freeda Vinodhini（Dept. of Maths., Saveetha School of Engg. [SIMATS]）
Viswanathan Anandan（Dept. of Maths., Saveetha Engg. College）
刊号：873HA008/I
ISSN：0975-3060
出版年：2024
年卷期：2024, vol.16, no.2
页码：149-155
总页数：7
分类号：U46
关键词：IF VIKOR；FMCDM；Carbon fibre composites；Aluminium alloys；Steel alloys
参考中译：IF VIKOR; FMCDM;碳纤维复合材料;铝合金;钢合金
语种：eng
文摘：The purpose of this paper is to provide general information about graphite (carbon fibres) composite materials and how to choose the appropriate material for creating light-weight, high-performance graphite composite products. For this purpose, intuitionistic Fuzzy VIKOR MCDM and Fuzzy TOPSIS are used to make comparisons. The rank correlation applied to the ranking methods to find which method is comparatively consistent. As there are varieties of composites available, the properties of the materials are given as an interval. Intuitionistic Material selection is performed using a measure-based fuzzy version of the VIKOR approach. For a discrete interval, the fuzzy TOPSIS technique provides the most accurate ranking. The two algorithms IF VIKOR and TOPSIS are paired. This is an additional feature of our work.
参考中译：本文的目的是提供有关石墨（碳纤维）复合材料的一般信息以及如何选择合适的材料来制造轻质、高性能石墨复合产品。为此，使用直观的模糊VIKOR MCDM和模糊TOPSIS进行比较。将排名相关性应用于排名方法，以找出哪种方法相对一致。由于有多种可用的复合材料，因此材料的性能以区间形式给出。直观的材料选择是使用VIKOR方法的基于测量的模糊版本执行的。对于离散区间，模糊TOPSIS技术提供了最准确的排名。如果VIKOR和TOPSIS配对，这两种算法。这是我们工作的一个额外功能。



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