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Mathematical modelling of semi-anthracite combustion in a single burner furnace

机译:单燃烧器炉中半无烟煤燃烧的数学模型

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摘要

As part of an investigation into combustion behaviour at Aberthaw Power Station, experiments have been conducted using Innogy's 0.5 MW Combustion Test Facility (CTF) at Didcot A. Most tests involved combustion, but a few were for isothermal conditions and included velocity measurements. Both isothermal and combusting flows have been calculated using a commercial computational fluid dynamics (CFD) program called Star-CD. The isothermal solutions have been validated against a simpler analytical solution and against rig measurements. The solutions with combustion and radiation have been validated qualitatively against the behaviour observed during rig tests and also quantitatively against incident heat flux measurements. The basis of the CFD for both the isothermal and combusting cases is described, together with the validation that has been achieved.
机译:作为对阿伯索(Aberthaw)电站燃烧行为进行调查的一部分,使用了Innogy在Didcot A处的0.5 MW燃烧测试设施(CTF)进行了实验。大多数测试涉及燃烧,但是少数测试针对等温条件,包括速度测量。等温流和燃烧流均已使用称为Star-CD的商业计算流体动力学(CFD)程序进行了计算。等温解决方案已针对更简单的分析解决方案和钻机测量进行了验证。对于燃烧和辐射的解决方案,已经针对钻机测试期间观察到的行为进行了定性验证,还针对入射热通量进行了定量验证。描述了等温和燃烧情况下CFD的基础,以及已获得的验证。

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