摘要
汽车引擎作为汽车当前动力系统的核心零部件,关键部件的耐久性对整车性能和安全性具有决定性影响。本文目的是探索一种高效的汽车引擎核心部件耐久性评估方法,用来提升部件的可靠性和整车的安全性。文章审视当前耐久性评估技术的发展趋势,并分析现有技术的限制性问题。提出一种融合实验验证与数值模拟的综合评估方法,该方法能够有效地评估部件在不同工作环境中的耐久性。通过实验验证和数据分析,验证了所提方法的精确性和高效性,对未来的研究方向和改进建议进行了预测和展望。
As the core component of the current power system of automobiles,the durability of key components has a decisive impact on the overall performance and safety of the vehicle.The purpose of this article is to explore an efficient method for evaluating the durability of core components of automotive engines,in order to improve the reliability of components and the safety of the entire vehicle.The article examines the current development trend of durability assessment technology and analyzes the limitations of existing technologies.Propose a comprehensive evaluation method that integrates experimental verification and numerical simulation,which can effectively evaluate the durability of components in different working environments.Through experimental verification and data analysis,the accuracy and efficiency of the proposed method were verified,and future research directions and improvement suggestions were predicted and anticipated.
作者
孟舒
MENG Shu(National Automotive Parts Product Quality Inspection and Testing Center(Wuhu),Wuhu 241007,China)
出处
《实验室检测》
2024年第7期10-13,共4页
Laboratory Testing
关键词
汽车引擎
核心部件
耐久性评估
实验与数值模拟
car engine
core components
durability assessment
experiments and numerical simulations
