1) non-premixed combustion model
扩散燃烧模型
1.
A fire simulation of long tunnel under different fire loads and ventilation velocities was carried out by using the non-premixed combustion model which considered turbulence effect and radiation.
采用考虑了湍流效应和辐射传热的扩散燃烧模型,对长隧道在不同规模火源和通风条件下的火灾过程进行了数值模拟。
2.
A temperature field simulation of arch crown in long tunnel fires,under different fire loads and ventilation velocity,was carried out,employing non-premixed combustion model which considered turbulence effect and radiation.
采用考虑了湍流效应和辐射传热的扩散燃烧模型,对某长隧道在不同火灾规模和通风条件下的拱顶温度场进行模拟。
2) diffusion combustion
扩散燃烧
1.
Simulation of passive scalar in the turbulent diffusion combustion by Reynold Stress Model;
雷诺应力模型对扩散燃烧中守恒标量数值模拟
2.
Conditional moment closure(CMC) model proposed by Bilger is used for simulation of CH 4-Air diffusion combustion and its NO x formation,taking into account a radiant heat losses in this paper.
采用Bilger提出的条件矩模型 ,在考虑辐射热损失的情况下对CH4-空气湍流射流扩散燃烧及其NOx生成进行了数值模拟 。
3.
In this paper the application of this measurement technique to methane coflow diffusion combustion was presented.
本文利用PIV对甲烷同轴射流扩散燃烧的流场进行了测量,针对测量中出现的示踪粒子导入、火焰发光干涉、光强不均、数据处理等问题进行了分析和实验,获得了有效的解决办法和满意的测量结果。
5) diffusion limited volatiles combustion(DLVC)model
扩散控制的挥发分燃烧(DLVC)模型
1.
Compared with conventional method and the diffusion limited volatiles combustion(DLVC)model,the results predicted by MFFVC agree well with those by the developed continuous-film model.
与挥发分现有计算方法、扩散控制的挥发分燃烧(DLVC)模型相比,MFFVC模型预报与考虑热解的扩展连续膜模型符合较好。
6) eddy-dissipation combustion model
涡耗散燃烧模型
1.
Unsteady turbulence model and eddy-dissipation combustion model based on turbulence chemistry interaction was used,three dimension distribution of non-premixed combustion fire in an apartment unit was simulated numerically.
采用非稳态湍流模型和湍流与化学反应相互作用的涡耗散燃烧模型,对套室内扩散燃烧的火灾进行了三维空间数值模拟。
补充资料：燃烧模型
分子式：
CAS号：
性质：以一些特定的假设为基础，应用气相、凝集相单一或复合的物理、化学反应机理代表性地描述推进剂的燃烧过程。燃烧模型能预示推进剂的燃速规律，解释某些特殊的燃烧现象，是控制和调节燃烧特性的技术基础，也是揭示推进剂燃烧本质和内在关系的重要研究方法。
CAS号：
性质：以一些特定的假设为基础，应用气相、凝集相单一或复合的物理、化学反应机理代表性地描述推进剂的燃烧过程。燃烧模型能预示推进剂的燃速规律，解释某些特殊的燃烧现象，是控制和调节燃烧特性的技术基础，也是揭示推进剂燃烧本质和内在关系的重要研究方法。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条