Through numerical simulation, this paper studies the distribution of cooling air flow between inner-shell and outer-shell and the temperature control rule of cooling air.
本文用数值模拟的方法研究了冷却空气在内外缸间的流量分配及其温度控制规则等问题，对快冷系统设计有一定参考意义。
The numerical simulation results indicate that the flow of fuel and air varies with different structures, and as the result is the difference of flame shape and temperature distribution.
数值计算结果表明，结构差异是燃料气和助燃空气的流场组织不同的原因，表现为不同的燃烧火焰形状及温度分布。
Analyses the temperature and air flow distribution and smoke flow regularity, and compares the simulation results with the results of combustion experiments.
分析了火灾发生后的烟气流动规律及温度场和气流场的分布，并与实体燃烧试验的结果进行了对比。
An advanced control method is necessary for large low temperature (air cooling) environment simulation test system because of its complexity, more interference factors and poor safety.
大型低温(空气制冷)环境模拟试验系统的模型复杂、干扰因素多、安全性差，亟待寻求先进的控制方法支持。
The temperature, volumetric water content and water table evaporation strength in varied air convection velocity were obtained by means of numerical simulation and experimental measurement.
通过数值计算和实验测量，获得了不同大气对流速度作用下土壤中温度、含水率分布。
It was shown that the failure members obtained by numerical analysis agreed very well with practical situation, which verified the air temperature rise simulation and the FEM analysis.
有限元数值模拟杆件破坏情况与实际火灾的破坏情况一致，验证了温度分布的正确性和有限元分析过程的合理性。
The cause of turbine stator blades was analyzed on the base of numerical simulation by means of air-thermal coupling for heat transfer and temperature distribution.
在内部流场气-热耦合数值模拟的基础上，研究了某涡轮导向器叶片烧蚀故障的原因。
The simulation results show that when preheated air temperature increases the maximum temperature gets larger, the temperature gradient becomes lower and the flame length longer.
模拟计算结果表明，提高空气预热温度，炉内温度的峰值相应增大，温度梯度降低，温度分布更均匀，火焰更长。
The principle and structure of neural networks temperature control system are discussed. An application in center air adjusting control is presented. The simulation results prove its validity.
论证了神经网络温度控制系统结构及其控制原理，并阐述了该系统在中央空调中的应用。仿真结果证明了其应用的可行性。
Using numerical simulation software, the paper analysis the influence of secondary air to the pollutant discharged in high temperature and low oxygen air combustion.
利用数值模拟软件分析了二次空气对高温低氧空气燃烧污染物排放的影响。
It is predicted the velocity field temperature field. The result showed that CFD simulation can provide a basis for the energy saving and design of delaminated air-conditioning.
预测了房间内的速度场、温度场，表明CFD模拟可以为分层空调系统的节能和设计提供依据。
In this paper, the integration of foundation pile conduction, frozen soil, air temperature, concrete hydrate heat, concrete molding temperature is considered to establish a numerical simulation.
考虑基桩传热、地基冻土、大气温度变化、混凝土中水泥水化热、混凝土入模温度变化及其相互作用，建立温度场数值分析模型。
Adopts numerical simulation, calculates the air flow of a typical office which apply displacement ventilation, analyzes the characters of the distribution of field of velocity and temperature.
本文采用数值模拟方法，对应用置换通风方式的一典型办公室房间的气流组织进行计算，并分析其速度场及温度场的分布特性。
We can know the air speed and temperature distribute through analog simulation.
利用模拟得出利用热管辐射采暖时的室内空气速度场与温度场分布。
During the simulation of the dynamic properties of regenerative high temperature air combustion system in coupled case, an industrial heating furnace model is selected as the physics model.
在对耦合工况下蓄热式燃烧系统的动力特性分析中，以一个工业用蓄热式加热炉为参考计算模型。
Thermal-regulation model of human body, Automotive air conditioning ; CFD; Temperature field; Numerical simulation;
人体热力模型；汽车空调；计算流体动力学；温度场；数值模拟；
Thermal-regulation model of human body, Automotive air conditioning ; CFD; Temperature field; Numerical simulation;
人体热力模型；汽车空调；计算流体动力学；温度场；数值模拟；
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