Abstract
This article provides an outline of theory and methods for the experimental determination of tolerance limits for mating components of assembled products. The emphasis is on novel combinatorial problems of pre- and post-fracfionafion of certain products of two-level factorial designs. The cost of experimentation is discussed and used as a guide to allocating experimental runs. Several design examples are provided. The article also includes a comprehensive example of the experimental determination of tolerances for the components of a throttle handle for small outboard motors.
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