Article | 11th QMOD Conference. Quality Management and Organizational Development Attaining Sustainability From Organizational Excellence to SustainAble Excellence; 20-22 August; 2008 in Helsingborg; Sweden | An Empirical Approach to Optimal Experimental Design Selection and Data Analysis for the Synthesis Phase of Kansei Engineering

Title:
An Empirical Approach to Optimal Experimental Design Selection and Data Analysis for the Synthesis Phase of Kansei Engineering
Author:
Antonio Lanzotti: Department of Aerospace Engineering, University of Naples "Federico II", Italy Pietro Tarantino: Department of Aerospace Engineering, University of Naples "Federico II", Italy Giovanna Matrone: Department of Aerospace Engineering, University of Naples "Federico II", Italy
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Year:
2008
Conference:
11th QMOD Conference. Quality Management and Organizational Development Attaining Sustainability From Organizational Excellence to SustainAble Excellence; 20-22 August; 2008 in Helsingborg; Sweden
Issue:
033
Article no.:
014
No. of pages:
11
Publication type:
Abstract and Fulltext
Published:
2008-12-09
Series:
Linköping Electronic Conference Proceedings
ISSN (print):
1650-3686
ISSN (online):
1650-3740
Publisher:
Linköping University Electronic Press; Linköpings universitet


Kansei Engineering (KE) is a methodology able to incorporate; systematically and concretely; people’s emotions into product design solution; above all in concept design phase. This work aims at testing the appropriateness and the robustness of statistical methods which are at this moment new in KE applications. In particular; in order to reduce the length and the reliability of the evaluation session in Virtual Reality environment; optimal experimental designs and methods of analysis are suggested.

Methodology: Statistical methods are used in each phase of KE. In this work; we focus our attention on the choice of experimental design for the synthesis phase and on the analysis methods for the model building. In particular; we compare the KE results by using classical fractionated designs; with the efficiency of saturated designs and supersaturated designs. Two methods of analysis are tested: categorical regression analysis (CATReg) and Ordinal Logistic regression (OLR). Moreover; a comparison between the results of ranking and rating procedures are discussed for the saturated design.

Findings: The comparison among the suggested statistical methods is performed through a study on railway seats design in a virtual reality environment. The results of the analysis support the use of Fractional Factorial Design instead of saturated and supersaturated design. The two methods of data analysis give the same results. No evident differences emerge from the comparison of rating and ranking procedures.

Value of paper: This paper propose optimal experimental design selection strategies to reduce the number of product concepts to design; test and evaluate; and data collection analysis strategies in order to improve the appropriateness and the robustness of model building phase at the end of the synthesis phase. If applied faster and more reliable; a KE approach can overcome the distrust of industrial designers toward the methods belong to the emotional design area.

Keywords: Kansei Engineering; Saturated Design; Nested Experimental Design; Ordinal Logistic Regression; Categorical Regression

11th QMOD Conference. Quality Management and Organizational Development Attaining Sustainability From Organizational Excellence to SustainAble Excellence; 20-22 August; 2008 in Helsingborg; Sweden

Author:
Antonio Lanzotti, Pietro Tarantino, Giovanna Matrone
Title:
An Empirical Approach to Optimal Experimental Design Selection and Data Analysis for the Synthesis Phase of Kansei Engineering
References:

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11th QMOD Conference. Quality Management and Organizational Development Attaining Sustainability From Organizational Excellence to SustainAble Excellence; 20-22 August; 2008 in Helsingborg; Sweden

Author:
Antonio Lanzotti, Pietro Tarantino, Giovanna Matrone
Title:
An Empirical Approach to Optimal Experimental Design Selection and Data Analysis for the Synthesis Phase of Kansei Engineering
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