CAJ | 학술논문

　　瓦斯抽采是从根本上治理煤矿瓦斯灾害的主要手段，准确的管路阻力计算是进行抽采设计和参数优化的前提条件，而目前理论计算和现场测试结果存在一定误差。为深入分析瓦斯抽采管路摩擦阻力特性和优化计算方法，依据流体力学达西定律和量纲理论，探讨了摩擦阻力的本质内涵和主要影响因素，指出了目前计算公式存在的不足，建立了工况条件下抽采管路摩擦阻力计算的优化方法，给出了对比新旧方法的现场应用实例。结果表明，优化方法计算结果的相对误差仅为0．6％，与现场实测阻力非常吻合。
　　와사추채시종근본상치리매광와사재해적주요수단，준학적관로조력계산시진행추채설계화삼수우화적전제조건，이목전이론계산화현장측시결과존재일정오차。위심입분석와사추채관로마찰조력특성화우화계산방법，의거류체역학체서정률화량강이론，탐토료마찰조력적본질내함화주요영향인소，지출료목전계산공식존재적불족，건립료공황조건하추채관로마찰조력계산적우화방법，급출료대비신구방법적현장응용실례。결과표명，우화방법계산결과적상대오차부위0．6％，여현장실측조력비상문합。
gas drainage is the mostly measure for gas disaster prevention and cure radically , and pipeline resistance calculation is the precondition for gas drainage design and parameters optimization , however some errors are obviously between theory calcula-tion andlocal testing at present.In order to analyze the friction resistance characteristics of drainage pipeline and optimize calcula -tion method, the essence connotation and main affecting factors were discussed according to hydrodynamics Darcy 's law and di-mensional theory, and the deficiency of actual Calculation Method was pointed out , and optimization method was set up.Basing on above-mentioned analysis, optimization method was applied to scene practice contrasting primary .The results showed that optimized method was accordant with the testing with comparative error 0.6%merely.