Variation in Rubber Chemistry and Dynamic Mechanical Properties of the Milking Liner Barrel with Age

References 

1. Boast D, Hale M, Fellows S. Effect of frequency, temperature and amplitude. Workshop on the Dynamic Properties of Elastomers. Coventry, UK: Joint Institute of Mining and Engineering Integrity Society; 2003;
2. Butler MC, Allen CJ, Hillerton JE. Methods of measuring milking performance of cows. J. Agric. Eng. Res. 1990;46:245–257
3. Cooper JH, Gardner ER. Rubber in milking machines. Trans. Proc. Inst. Rubber Ind. 1955;2:194–207
4. Gardner ER, Berridge NJ. The deterioration of milking machine rubbers (2). The effect of fat. J. Dairy Res. 1952;19:31–38
   • CrossRef
5. Gent A. Engineering with rubber. New York, NY: Hanser; 1992;
6. Hillerton JE, Boast D, Middleton N, Ohnstad I. Changes in milking liner performance with age. In: 100 Years with Liners and Pulsators in Machine Milking. IDF Bulletin No. 388, International Dairy Federation, Brussels, Belgium. 2004;p. 35–40
7. Hillerton JE, Ohnstad I, Baines JR, Leach KA. Changes in cow teat tissue created by two types of milking cluster. J. Dairy Res. 2000;67:309–317
   • MEDLINE
   • CrossRef
8. International Standards Organization. ISO 1817. Rubber, vulcanized—Determination of the effect of liquids. Geneva, Switzerland: International Standards Organization; 1999;
9. Turner DM, Brennan M. The multiaxial elastic behaviour of rubber. Plast. Rubber Process Applic. 1990;14:183–188
10. Whear R. Specification and testing of rubber components. Workshop on the Dynamic Properties of Elastomers. Coventry, UK: Joint Institute of Mining and Engineering Integrity Society; 2003;