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Forensic engineering applied to the analysis of a gas explosion in a residential building

机译:法医工程应用于住宅建筑物中气体爆炸的分析

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Present paper deals with the identification of the cause of an explosion in a hollow space positioned below a residential building as the result of welding operations. On field investigation clearly demonstrated that the explosion was due to the ignition of a flammable atmosphere in the basement of the building. Along the trial two hypotheses were brought to the judge: (a) explosion of an air-petrol mixture (b) explosion of an air-LPG mixture. Forensic engineering techniques have been applied in order to assess which hypothesis was the correct one, on the basis of the observed post-accident scene. Modelling of the vapour diffusion, the natural ventilation and the permeation of LPG through the soil showed that possibility (b) was by far the most likely.
机译:本论文致力于确定由于焊接操作而在住宅建筑物下方的空心空间中爆炸的原因。现场调查清楚地表明,爆炸是由于建筑物地下室中易燃气体着火引起的。在审判中,向法官提出了两个假设:(a)空气-汽油混合物的爆炸(b)空气-LPG混合物的爆炸。为了观察到事故后的现场情况,已应用法医工程技术来评估哪种假设是正确的。对蒸汽扩散,自然通风和LPG穿过土壤的渗透进行建模表明,到目前为止,可能性(b)最有可能。

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