Tolerance Optimization of the 2H2P Assembly for Modular Fixtures
Journal Title: RECENT - Year 2010, Vol 11, Issue 29
Abstract
The paper presents a stochastic approach to maximize the geometric accuracy of the two pins - two holes (2H2P) assembly. The probability of successful 2H2P assemblies to engineering specifications is calculated using a Monte Carlo simulation. Applying a “Generate and Test” algorithm, the optimal tolerances of modular systems are obtained. The algorithm is applied to optimize the modular fixture systems with grid pattern holes. The results presented in this paper can be useful to the multi-objective modular fixture system optimization or for other engineering applications using 2H2P assembly system.
Authors and Affiliations
Tudor PĂUNESCU
Keywords
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