摘要
本研究项目设计了小型立式环型风洞系统和流场模拟两套实验装置。用工程流体力学实验的方法,对系统内气体压力、流量变化的调节控制方法、通风机的能量消耗,以及在检测平台系统工作段形成均匀流动流场的设计方法等工程实际问题,进行了一系列的试验研究。在试验研究的基础上确定了检测平台系统的设计方案。
The study item designs two-set experimental devices for small-sized vertical and circular wind tunnel system and flow field simulation. It carries out a series of experimental study by using the experimental method of engineering hydrodynamics on the engineering practices such as pressure of air within system, regulation and control method of flow change, energy consumption of ventilator, designing method of equality flow field formed in the working phase of detecting platform system, and confirms the designing scheme of detecting platform system based on the experimental studies.
出处
《中国环保产业》
2006年第9期36-39,共4页
China Environmental Protection Industry
关键词
立式循环风洞
压力调节
流量控制
流场品质
能量消耗
vertical and circular wind tunnel
pressure regulation
flow control
quality of flow field
energy consumption
