Numerical and experimental study of the influence of pressure work on pyrolysis of wood exposed to radiation

Yafei Wang, Xiaoping Zheng
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Abstract

A wood pyrolysis model considering the influence of pressure work and gas property, to which were paid limited attention in previous researches, has been developed. Numerical results are compared with those of another two models without considering gas property and without considering pressure work. RESULTS show that the gas property hasn't a great effect to the pyrolysis process, but the pressure work significantly reduces the temperature and mass loss rate during pyrolysis. Pressure distribution in solid matrix in pyrolysis process has also been obtained. Experiment has also been conducted for validating the model, which indicates that the present model agrees with experiment better than the model without the effect of pressure work. It is concluded that pressure work in pyrolysis of wood is significant and should not be ignored.
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压力功对辐照下木材热解影响的数值与实验研究
建立了一种考虑压力功和气体性质影响的木材热解模型,这是以往研究中较少关注的问题。对不考虑气体特性和不考虑压力功的两种模型的数值结果进行了比较。结果表明,气体性质对热解过程影响不大,但压力功显著降低了热解过程中的温度和失重速率。得到了固体基质在热解过程中的压力分布。并对模型进行了实验验证,结果表明,该模型比不考虑压力功影响的模型更符合实验结果。结果表明,压力功在木材热解过程中具有重要的作用,不容忽视。
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