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首页> 外文期刊>Journal of Biomedical Science and Engineering >Numerical Investigation of Different Airflow Schemes in a Real Operating Theatre
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Numerical Investigation of Different Airflow Schemes in a Real Operating Theatre

机译:真实手术室中不同气流方案的数值研究

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A study on performances of different ventilation schemes provided by vertical and horizontal uni-directional air flow was carried out in a standard orthopaedic operating theatre (OT). Starting from our previous studies of a real OT under operating use conditions, in this research different air flow configurations, considering some air curtain solutions on the ceiling and at the sliding door always assumed to be open as a basic boundary condition, were investigated by numerical simulations. Indoor air quality (IAQ) indexes and thermal comfort parameters, deduced from simulation results were calculated and discussed referring to the best performance and efficacy between the air flow schemes to contrast the incorrect use conditions of the OT. Referring to the studied schemes, the reciprocal comparison emphasizes that a successful outcome in preventing surgical site infection can depend as much on resolving human factors (i.e. operational use conditions, door opening/closing), as on overcoming physical and technical obstacles.
机译:在标准的骨科手术室(OT)中对垂直和水平单向气流提供的不同通风方案的性能进行了研究。从我们先前在运行使用条件下对实际OT的研究开始,在本研究中,通过数值研究了不同的气流配置,并考虑了天花板和推拉门上的空气幕解决方案,这些解决方案始终假定是作为基本边界条件打开的。模拟。根据模拟结果得出的室内空气质量(IAQ)指标和热舒适性参数进行了计算和讨论,并参考了气流方案之间的最佳性能和功效,以对比OT的不正确使用条件。参照所研究的方案,相互的比较强调了预防手术部位感染的成功结局在很大程度上取决于解决人为因素(即操作使用条件,开门/关门)以及克服物理和技术障碍。

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