TOPSIS optimisazation in machining?
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TOPSIS optimization is a technique used in machining processes to predict the best alternative solutions for achieving optimal results. It is particularly useful when there are conflicting attributes that make it difficult to determine the best process parameters. The technique involves comparing alternatives to an ideal solution and selecting the one with the shortest distance to the positive ideal and the longest distance to the negative ideal. Several papers have applied TOPSIS optimization in different machining scenarios. For example, Vujadinovic et al. used TOPSIS to optimize the machining parameters for titanium grade five alloy, with copper as the electrode . Samuel et al. applied TOPSIS to optimize the process parameters for electric discharge machining of Incoloy 800HT . Gupta et al. used TOPSIS in conjunction with Taguchi methodology to optimize machining parameters in the turning of Ti-6Al-7Nb .
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| Papers (5) | Insight |
|---|---|
01 Jan 2020 2 Citations | The paper uses the TOPSIS method along with Taguchi methodology to optimize machining parameters in MQL-based turning. |
01 Jan 2021 | The paper discusses the use of TOPSIS methodology for optimizing process parameters in electric discharge machining (EDM) of Incoloy 800HT. |
| The paper discusses the use of the TOPSIS method to determine the optimum combination of machining parameters for the electrical discharge machining process of titanium alloy. | |
| The paper utilizes the technique for order preference by similarity to ideal solution (TOPSIS) for multi-objective optimization in the machining of Titanium grade 5 alloy using electrical discharge machining. | |
17 Citations | The paper discusses the implementation of the TOPSIS optimization technique in the micro-machining process, specifically in electrical discharge machining (EDM). |
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