| 1. | Numerical simulation of air distribution of an inside mounting vehicleair conditioning
空调客车椅背送风方式的模拟与评价 |
| 2. | Adopts the scheme , the workstation could be in jet flow region and realize " series - wound " ventilation
采用这种送风方式，工作区处于射流区，不产生死区，可实现主厂房“串联式”通风。 |
| 3. | Single - duct air distribution method should be used when designing the full air conditioning system with no special requirement
设计全空气空气调节系统并当功能上无特殊要求时,应采用单风管送风方式 |
| 4. | The paper takes single factor analysis with every factor . these factors include outlet temperature 、 outlet velocity and outlet diameter
这些因素包括送风温度、送风速度、送风口直径、送风方式等。 |
| 5. | Single - duct air supply mode should be adopted in designing all - air air conditioning systems when no particular functions are required
设计全空气空气调节系统并当功能上无特殊要求时,应采用单风管送风方式 |
| 6. | With the momentum method of air - supplying openings , four typical operating conditions in the case of each air - supplying way are simulated
模拟利用风口的动量描述方法对每一种送风方式采用了四种典型的工况。 |
| 7. | The article bases on the simulation computation and makes a contrast between the energy consume and comfort of rooms with different air supply method
本文基于模拟计算，对标准客房采用不同送风送风方式的节能性和舒适性进行了对比。 |
| 8. | In order to study the indoor air temperature characteristics of a chilled wall space with underfloor air supply , this paper made some modifications to the conventional multi - zonal model
摘要为了研究地板送风方式下有冷却壁面的房间的室内温度特性，本文对常用的多区热质平衡模型作了些修改。 |
| 9. | Using the post processing tools of this cfd software , this article analyses the temperature and velocity field in the vav air - conditioned office and finally evaluates the indoor air distribution , adopting air diffusion performance index ( adpi )
利用cfd软件的后处理工具对不同送风方式以及不同工况下的变风量空调室内的温度场和速度场进行了分析，最后采用空气分布特性指标对空调室内的气流组织进行了综合评价。 |
| 10. | Adopted the questionnaire form to do subjective estimation for thermal sensation 、 thermal comfort 、 effects of ventilation air change and so on in ceiling air conditioning system , parietal air conditioning system and ufad . and tested air parameters and calculating estimated indexes that are used to reflect thermal environment and thermal comfort . the results suggested the characteristic of saving energy and improving indoor air quality
通过问卷调查形式,对顶棚送风、侧送风及地板送风三种送风方式下的人体热感觉、热舒适感及通风换气效果等进行了主观评价,并通过对环境参数的测量,计算反映热环境和热舒适性等的评价指标,结果表明地板送风空调系统具有节能和提高室内空气品质的特点。 |
