One—Component; Polyurethane; Heavy Calcium Carbonate; Catalyst; Crosslink Density; Curing Model.
单组份； 聚氨酯； 重质碳酸钙； 催化剂； 交联密度； 固化模拟；
Based on analyzing the curing characteristics of the resin system and the isothermal viscosity curves, an engineering viscosity model was developed.
根据对树脂固化特性和等温粘度曲线的分析，建立了树脂体系的工程粘度模型。
A model was built by using ANSYS to simulate the curing temperature field of two green tires, of which one was preheated and another was not.
采用ANSYS建立轮胎硫化温度场分析模型，对经过预热和未经预热处理两种情况下的胎坯硫化温度场进行了模拟。
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