Tolerance stack-up analysis is a calculation method used in engineering and manufacturing to determine the cumulative effect of tolerances on a specific dimension or feature of an assembly. It helps predict whether the assembly will function correctly despite variations in individual part dimensions. It is commonly used to identify potential fit or interference issues, optimize tolerance allocation, and ensure product quality and reliability. Common methods include worst-case analysis, statistical analysis (e.g., root sum square), and Monte Carlo simulation.
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