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Deterministic vs Probabilistic Models in Slider-Crank Function Generator Design
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English
Abstract
The objective of this paper is to raise the question “Are models deduced using deterministic methods the best models to use in situations where nondeterministic conditions prevail?” The examples cited involve the synthesis of slider-crank function generators and their subsequent assembly from real links. The optimal linkage which displays the least possible extreme error represents a deterministic model. Can a different linkage with greater extreme structural error be a superior manufacturing ideal? The examples show that it can in the case of the offset slider-crank function generator.
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Citation
Schade, G. and Mischke, C., "Deterministic vs Probabilistic Models in Slider-Crank Function Generator Design," SAE Technical Paper 700641, 1970, https://doi.org/10.4271/700641.Also In
References
- Knox G. J. “Improving the Fidelity of Offset Slider-Crank Function Generators.” 1968 Master of Engineering Report Iowa State University
- Schade G. R. “Optimal Proportions of a Five Precision Point Slider-Crank Function Generator Assembled of Links Whose Lengths Are Variates.” 1969 Master of Engineering Report Iowa State University
- Mischke C. R. “An Introduction to Computer-Aided Design.” Englewood Cliffs, N. J. Prentice Hall 1968 138
- Mischke C. R. “Computer Synthesis of Optimal Kinematic Proportions of a Slider-Crank Mechanism for Use in Automatic Feedback Control Command Modules.” Computers in Engineering Design Education University of Michigan 1966