Comprehensive evaluation of the appearance design of rescue engineering vehicle based on fuzzy mathematics
Wenjue Zou · AIP conference proceedings · 2019
Purpose Aim at demonstrating the superiority of multifunctional bionic rescue engineering vehicles through fuzzy mathematics comprehensive evaluation. Methods take the design scheme and two selected types of rescue vehicles as examples, analyze the three rescue vehicles comprehensively through the fuzzy mathematics evaluation method constructed by the membership function, and analyze the superiority of the product under different living conditions by adjusting the weights of the evaluation indicators. Conclusion The calculation of the examples verifies the superiority of the multifunctional bionic rescue vehicle under various living conditions, and the superiority will become more obvious with the decrease of the production cost. The comprehensive evaluation method based on fuzzy mathematics can optimize the design scheme and improve the rationality and scientificity of the designer’s scheme selection.