摘要
根据重油结构成分,选取甲苯代表芳香烃化合物,正庚烷代表烷烃类化合物,丙烯代表烯烃类化合物,构建重油替代物机理模型。采用Chemkin软件使用DRG方法对其简化,同时进行敏感性分析,得到简化机理。对简化机理进行滞燃期与层流火焰速度的验证,验证简化机理的合理性。将其耦合得到121组分、700个基元反应的重油替代物简化机理。
ccording to the structure and composition of heavy oil,the mechanism model of heavy oil substitutes was constructed by choosing toluene as the aromatic compound,n-heptane as the alkane compound and propylene as the olefin compound.Chemkin software was used to simplify it by DRG method,and sensitivity analysis was carried out to obtain the simplified mechanism.The ignition delay and laminar flame speed of the simplified mechanism are verified to verify the rationality of the simplified mechanism.A simplified mechanism of heavy oil substitutes with 121 components and 700 elementary reactions was obtained by coupling them.
作者
张德福
王雄达
Zhang De-fu;Wang Xiong-da(Tianjin University of Technology,Maritime College,Tianjin 300384,China)
出处
《内燃机与配件》
2022年第7期39-41,共3页
Internal Combustion Engine & Parts
基金
天津理工大学教学基金项目,“基于虚实互补的船舶柴油机性能实验项目开发”,项目号:ZX20-09。
关键词
重油替代物
敏感性分析
机理简化
Heavy oil substitute
Sensitivity analysis
Mechanism Simplification
