Application of catalytic reforming mechanism model in production planning;

Study on parameter optimization using genetic algorithm for mechanism model of thermal equipment;

Dynamic characteristics analysis of proton exchange membrane fuel cell based on mechanism model

A cross-section direction two-dimensional mechanistic model of the Siemens-Westinghouse Power Corporation’s (SWPCs) cathode-supported tubular solid oxide fuel cell(SOFC) was developed.

Using the experimental data of flow boiling heat transfer in narrow annular channels as the initial conditions, the fourth-order Runge-Kutta method was used to calculate void fraction mechanistic model of subcooled boiling.

The fuzzy control technique was applied to the dynamic control process of reheating furnace temperature with the data input from the mechanism modeling to track the change in the temperature of all blooms in the furnace, thus building a fuzzy controller with feedforward modification.

According to so much field experiment and research of theory,combining to the craft feature and equipment characteristics of the UCM,after the transfer coefficient of bending force to rolling force and bending force to tension aimed at the minimal fluctuation of shape of strip were acquired on the base of mechanism modeling, one systemic bending online quick-adjusting technique was formed.

Analysis on mechanism modeling for biomass gasification for power;

A dynamic simulation system for propylene polymerization is developed for the propylene polymerization plant of Qianguo Refinery and a rigorous model for propylene polymerization is developed with the Generating Function Method(GFM) to simulate the polymerization process with a super real time speed.

Investigation on the application of FCC mechanical model;

By means of the method of piecewise centralizing the distributed system parameters, a dynamic mechanical model of the tube-and-shell heat exchangers was proposed.