累积常热流模型基于逆向思维重构得到，因而很好地继承了原有数值模型的三维耦合性质；
The cumulative constant heat flux model is developed based on an inverse thought and thus inherits the three-dimensional conjugate characteristic of the original numerical model;
建立了恒热流边界条件下矩形微通道中环状冷凝过程的三维模型。
A three dimensional model in rectangular microchannels with constant heat flux was developed to predict the steady annular condensation.
用本模型计算出的平坦熔池表面电流密度和热流密度的分布与试验结果显示了很好的一致性。
The calculated results of current density and heat flux on flat weld pool surface using model established in this paper are agreed with experiment.
根据雪面温度域以及热流的周期性特点，在雪地表面热平衡方程的基础上，建立了雪面辐射温度的傅里叶模型。
Based on the heat balance equation of snow surface and the periodic variations of temperature field and heat flow, the Fourier model of snow surface is established.
动力学不稳定性模型被推广到有限几何形状的加热面，以解释微电子器件尺寸对池内沸腾换热临界热流形成机理的影响。
The hydrodynamic instability model is spread for finite geometries in order to explain effects of size of microelectronic devices on the mechanism of formation of pool boiling critical heat fluxes.
建立了泡沫多孔板的传热模型和能量方程，同时求得了板内烟气温度分布及辐射热流强度变化。
Heat transfer model and energy equations for porous plaque have been established, temperature distribution and variation of radiative heat flux are also found.
此模型能够反映出沿炉膛高度方向热流和温度分布随炉内工况变化。
Change of heat flux and temperature distribution along furnace height with varying furnace conditions can be reflected in the model.
模型计算揭示烟气温度和热流密度在炉膛内的分布变化。
The calculation of the model reveals the distribution variation of flue gas concentration and heat flux density within the furnace.
根据对高压气体绝热流动规律的分析，建立了闭气试验定量数学模型。
On the basis of analysis of thermal insulating flow for high pressure air, the quantitative mathematical model for closed air test was built.
建立了叉流式热交换器在热流体和冷流体都随时间变化的条件下的动态二维数学模型。
The dynamic mathematical model of cross-flow heat exchangers is established in this paper, which takes into account of the arbitrary variations of temperature and flowrate inlets.
分析了各种气体模型对激波脱体距离、壁面热流、温度分布和密度分布等的影响。
It is analyzed that the thermal and chemical model have a effect on the shock detached distance, heat transfer rate, the distributions of temperature and density.
本文以常规的激光热处理工艺为基础，建立相应的数学物理模型，导出热流传导的偏微分方程。
The mathematical physical model is established depending on the conventional laser heat treatment technology, the partial differential equation of heat current propagation is derived.
针对非熔化盘式电极原理与结构特点，借鉴传统体积热源模型，推导了相应的热流分布模式。
According to the principle and structure of the disk-type electrode, a new corresponding heat source model was derived using the traditional volume heat source model for reference.
根据热流体能量方程和阴极保护数学模型控制方程的相似性，建立了深井阳极对储罐底板阴极保护体系的数学模型。
Based on the heat fluid energy equation and the cathodic protection mathematics model controlling equation, the tank bottom cathodic protection mathematics model of the deepwell anode is established.
在二维导热模型的基础上，添加等热流、绝热边界条件，用Fortran语言编写数值计算程序进行计算，定义了相对误差。
Program was written in FORTRAN, basing on twodimensional heat conduction and adiabatic, constant heat flux boundary conditions. The relative error is defined.
建立了快速高热流密度激光作用下含湿多孔材料传热传质数学模型，并采用恰当的数值处理方法进行了数值计算。
Mathematical model of laser beam irradiates the surface of a water-containing porous materials is presented, and related numerical method is used to solve the equations.
推导的钢坯表面热流表达式为加热炉在线控制数学模型中钢坯表面热流的简化算法提供了理论依据。
The expression provides theoretical basis for simplicity algorithm of heat flux to slab surface in online control mathematical model of reheating furnace.
根据研究结果将感应加热热源简化为表面热流边界条件，建立了加热阶段零件内瞬态温度变化规律模型。
The inductive heat source can thus be simplified as that of a thermal surface current and a model for the instantaneous temperature of heated parts thereby established.
基于作者所在实验室研制的硅热流量传感器，给出了其有限元模型。
Based on the silicon thermal flow sensor, a FEA model is given.
对于球锥柱模型，则着重计算头部锥体部分的热流加热率。
Regarding ball - cone-column model, then the forehead cone partial heat flux distribution is calculated emphatically.
建立了室外空气温度发生周期性变化情况下的复合墙体一维非稳态传热物理模型及数学模型，推导出复合墙体温度分布及热流密度分布表达式。
We aim at the establishment of one-dimensional physical and math model in the multiplayer walls. Heat flux and temperature distribution expression has been reduced and analyzed.
最后用该模型求解了实验室用马弗炉内的温度分布，同时用原热流法对该高温炉的温度分布进行了计算，与实验结果相比较，新热流方程明显优于原热流方程。
Finally, using two kinds of heat flux models, the temperature has been calculated in a muffle furnace. Comparing the measured results, the model is better than the old method.
建立了高炉炉缸传热的数学模型，这一模型可精确地分析热流强度与炉墙及渣皮厚度之间的定量关系。
It has been applied to the quantitative analysis of the relationships between the heat flow strength and the thicknesses of hearth wall and slag skull.
本文建立了一种新的热流密度系数模型，并改进了热流密度系数刷新规则，以此来优化水冷温降模型。
This article introduced a new thermal density coefficient model, and improved refresh rules to optimize water temperature model.
本文介绍了一种在激波风洞中取得的，装在钝锥模型上的控制翼热流及压力特性实验结果。
This paper presents experimental results of flap heat transfer and pressure characteristics on a blunt cone in shock tunnel.
用热流场模拟射孔完井渗流场，建立了射孔完井热流和裸眼完井热流有限元三维模型。
D finite element model for thermal fluids of perforated completion and open hole completion is developed by using thermal fluid field for simulating percolation field in perforated completion.
模型计算揭示烟气温度和热流密度在炉膛内的分布变化。
The results of the calculation indicate that in the heat transfer calculation of a circulating fluidized bed boiler furnace th…
模型计算揭示烟气温度和热流密度在炉膛内的分布变化。
The results of the calculation indicate that in the heat transfer calculation of a circulating fluidized bed boiler furnace th…
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