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Multiobjective Virtual Tire Design with Driver Preference Integration: a Comprehensive Framework for Performance and Efficiency

delete2025-09-01
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PRE
AI
H
Hye-Jin Lee
J
Jihyeong Lee
J
Jung-Sik Kim
S
Sujin Lee
E
Eunjae Lee
K
Kyoungseok Han *
DOI:10.1007/s12239-025-00353-2delete
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摘要

摘要

En 中文
本文介绍了一款用户应用程序,通过整合主观与客观轮胎评价、尺寸信息及目标性能值,简化了虚拟轮胎开发流程。该工具利用基于内容的过滤推荐系统与DBSCAN聚类算法,应对主观数据稀疏的挑战,并识别与驾驶员评价相符的最优车辆性能领域。随后采用蒙特卡洛模拟验证这些目标领域的可靠性。一个基于人工智能的元模型,包含径向基函数(RBF)转向预测模型和增强型可解释人工智能(XAI)的能量效率预测模型,捕捉了多尺度(MF)轮胎参数与关键性能指标(如滚动阻力系数(RRC)和湿滑抓地力指数(WGI))之间的关系。该方法增强了可解释性,确保工具能清晰揭示输入变量如何影响输出性能。最后,采用差分进化(DE)优化算法生成满足多约束性能要求的虚拟轮胎模型。总体而言,该应用程序为轮胎设计师提供了一种实用且灵活的解决方案,以高效探索设计空间,开发同时满足性能与能效目标的轮胎。
Keyword:
Vehicle performance characterization
Tire performance metrics
Unsupervised learning
Recommendation system
Multi-layer perceptron
Differential evolution
Magic formula tire model

期刊

I
International Journal of Automotive Technology
IF:
1.5
论文数:
141
被引数:
0

机构

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引用论文

引用论文

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