2Toth W J,Chang J P,Zanichelli C. Finite element evaluation of the state of cure in a tire[J]. Tire Science and Technology,1991,19(4) : 178-212.
3Ambelang J C, Prentice G A. Digital method of calculating the flow of heat through a tire during vulcanization[J]. Rubber Chemistry and Technology,1972,45(5) : 1195-1201.
4Prentice G A, Williams M C. Numerical evaluation of the state of cure in a vulcanizing rubber article [J]. Rubber Chemistry and Technology, 1980,53(5) : 1 023-1 031.
5Sehlanger H P. A one-dimensional numerical model of heat transfer in the process of tire vulcanization [J]. Rubber Chemistry and Technology, 1983,56(2) :304-321.
6Han L S, Chung C B, Kim J H, et al. Dynamic simulation of the tire curing process[J]. Tire Science and Technology,1996,24( 1 ) : 50-76.
7Eckert E R G,Drake R M. Analysis of Heat and Mass Transfer[M]. New York: McGraw-Hill, 1972. 1-49.
8Samadi M. Simulation of post-cure inflation process of tires ( part I) study of tire cord thermoelastie characte- ristics [J]. Iranian Journal of Pol)'mer Science and Technology, 1994,3( 1 ) :60 -71.
9Gent A N, Walter J D. The Pneumatic Tire [ M ]. Washington DC: NHTSA, 2005.
10Prentice G A, Williams M C. Numerical evalution of the sate of cure in a vulcanizing rubber article [J]. Rubber Chemistry and Technology, 1980,53 ( 5 ) : 1023 - 1031.