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Latest developments in potroom building ventilation CFD modelling

机译:车间建筑通风CFD建模的最新进展

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In a context of production increases and proactive management offuture health regulations, optimised workshop ventilation isnecessary. Accurate predictions are required in order to achievecost-efficient ventilation design including all specific features ofthe building, and this involves developing complex CFD models.The complexity of the models must, however, be well adjusted.They have to fulfil requirements as different as, for example,providing precise simulation of the impact of ventilation on cellcooling or determination of the positions for roof-vent monitoringequipment. A new approach is now considered, based on thedevelopment of several CFD tools of varying sophistication.Depending on project requirements, a combination of tools withthe most appropriate level of complexity can be selected so thatthe trade-off between accuracy and computation time isoptimised. This approach, validated through comparison withmeasurement campaigns, can now be used for cell developmentand new projects, regardless of building design and localconditions.
机译:在产量增加和前瞻性管理的背景下 未来的健康法规,优化车间通风是 必要的。需要准确的预测才能达到 具有成本效益的通风设计,包括 建筑物,这涉及开发复杂的CFD模型。 但是,必须对模型的复杂性进行适当的调整。 他们必须满足不同的要求,例如, 提供通风对细胞影响的精确模拟 冷却或确定屋顶通风口的位置 设备。现在,基于 开发了多种复杂程度不同的CFD工具。 根据项目要求,将工具与 可以选择最合适的复杂度,以便 精度和计算时间之间的权衡是 优化。通过与以下方法进行比较验证了这种方法 测量活动,现在可以用于细胞发展 和新项目,无论建筑设计和当地 情况。

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