Abstract：The viscosity of resin is one of important parameters for resin transfer molding. Rheological behaviors of a bismaleimide resin for resin transfer molding was systemic studied in this paper. A rheological model based on dual-Arrhenius equation was established and used to simulate rheological behavior of this resin. The established viscosity of the model was in good agreement with the results of experiments. The manufacture technology of the bismaleimide resin that is most important for resin transfer molding was forecasted and controled.
李小刚, 李宏运, 胡宏军, 益小苏. RTM用双马来酰亚胺树脂流变特性研究[J]. 材料工程, 2003, 0(6): 11-14.
LI Xiaogang, LI Hongyun, HU Hongjun, YI Xiaosu. Studies on Rheological Behavior of Bismaleimide Resin for Resin Transfer Molding. Journal of Materials Engineering, 2003, 0(6): 11-14.
 秦伟,张志谦,等.编织增强体液体成型复合材料及其界面的研究[J].纤维复合材料,2000,(3):18-20.  Xiao-Lin Liu. Isothermal flow simulation of liquid composite molding[J].Composites:Part A:applied science and manufacturing,2000,31:1295-1302.  Beckwith S W, CRAIG R H. Resin transfer molding, a decade of technology advances[J].SAMPE Journal,1998,34(6):3-23.  Berni rackers.Resin transfer molding for aerospace structures [M]. Britain:T. KRUCKENBERG & R PATON,1998.1-23.  Gutowski T G. Advanced composites manufacturing[M].New York:JOHN WILEY & SONS Inc, 1997.393-457.