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A Method for Predicting the Volume Increase of Fuel Handling Rubbers in Complex Fuel Blends
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Abstract
The use of to toluene/isooctane/alcohol blends to simulate the swelling behavior of rubbers in alcohol blends has been reported recently. The Hildebrand blending rule was used to calculate the partial solubility parameters for a wide compositional range of toluene/isooctane/alcohol blends. Appropriate plots were prepared which define the swelling characteristics of fuel handling rubbers as a function of these parameters. These swell contours provide a method for predicting the volume increase of rubbers in complex fuels whose partial solubility parameters have been calculated.
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Citation
Nersasian, A., "A Method for Predicting the Volume Increase of Fuel Handling Rubbers in Complex Fuel Blends," SAE Technical Paper 800791, 1980, https://doi.org/10.4271/800791.Also In
References
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- Nersasian A. “The Use of Toluene/Isooctane/Alcohol Blends to Simulate the Swelling Behavior of Rubbers in Gasoline/Alcohol Fuels” SAE paper 800790
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