过程设备设计

过程设备设计课程教学改革的探索与实践

Exploration and Practice of Teaching Reform for the Process Equipment Design

过程设备设计课程的教学改革

Teaching reform in the process equipment design

过程设备设计方案的优选

Optimization Design in Process Equipment

多通道流动电泳（MFE）是一种制备型流动电泳技术，采用计算流体力学方法描述MFE设备中的流体流动特性，以指导分离过程和分离设备设计。

Application of computational fluid dynamics ( CFD ) to multichannel flow electrophoresis ( MFE ), a preparative electrophoresis process performed in a membrane spaced multicompartment electrolyzer , was attempted in order to simulate fluid flow in each compartment , which was fundamental in MFE process optimization and apparatus design .

本文介绍了采用基于VISUALLISP的二次开发，进行化工过程设备的主要部件设计（板式塔塔盘孔和/或浮阀、换热器管板布管）

In this article , the methods of designing the main parts in process equipment ( hole layout on the trays in column or on the tubesheet in heat exchanger ) by using the second development technique based on Visual LISP were introduced .

换热器是一种重要的过程工业设备，常规设计方式开发周期长、设计任务重、设计效率低。

The heat-exchanger is very important process industrial equipment . It has many disadvantages for the traditional development methods , such as long development period , burdensome design task and low design efficiency and so on .

化工生产中的精馏、冷凝和蒸发等分离过程设备的改造、设计与革新以及对最佳工艺条件的选择，都需要精确可靠的汽液平衡数据。

The transformation , design and innovation of the equipment used in the separation process including distillation , condensation , evaporation and so on , and the choice of optimal conditions both require the accurate and reliable vapor-liquid equilibrium data .