METHODS FOR ENSURING THE RELIABILITY AND ECONOMIC EFFICIENCY OF AUTOMOTIVE ENGINES OPERATING IN HOT CLIMATIC CONDITIONS
DOI:
https://doi.org/10.55640/Keywords:
engine reliability, hot climate, safety factor, mechanical components, design optimization, operational analysis, reliability theory, cost analysis,Abstract
This study explores methods for ensuring the reliable operation of automotive engines under hot climatic conditions. It emphasizes the importance of balancing reliability with economic factors, particularly through analyzing the relationship between component/system reliability and associated costs. The paper highlights the collaborative role of designers and reliability engineers, noting that traditional design methods alone are insufficient for modern engine development. Key topics include the use of safety factors, the limitations of empirical design approaches, and the need for optimized solutions incorporating new materials and technologies. The research also discusses statistical approaches to stress-strength analysis and the practical challenges posed by cost, time, and rapid technological change.
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