文章阐述了优化加热模型的基本传热学原理，并用数学的方法剖析了此模型的建立过程以及应用到步进式加热炉中数学模型的建立过程。
The basic thermology theory of optimized model is stated, its construction process when used in the model of walking beam furnace is analyzed with mathematics method.
本文阐述一种借助热声耦合装置来检测固体材料热学性质的方法。
This paper introduces the thermo-acoustic coupling method to measure the thermal properties of solids.
基于人工神经网络的方法，建立了碾压混凝土坝施工期热学参数反馈分析模型。
Based on artificial neural network, thermal parameter feedback analysis model of RCC dam during construction period has been established.
根据电热基本原理和传热学理论推导出了直接电热电阻炉在恒压加热制度下，电热参数的计算方法。
Based on electrothermal principle and heat transfer theory, calculation formulas of electro heat parameters for direct resistance heating appliance are deduced in this paper.
从传热学基本原理出发，推导出结晶性平板状注塑制品冷却时间的几种计算方法。
Several methods to determine the cooling time of injection molded slabs of crystalline plastics are discussed based on the theory of heat transfer.
方法建立力学、热学有限元分析混合模型，利用非线性有限元分析软件ANSYS进行分析。
Methods the mechanical and thermal FE models were developed and analyzed respectively with the FE software ANSYS.
该方法利用动力学分析功能，结合传热学原理求解热流传递数值；
This method takes advantage of the dynamic simulation function of finite element analysis and the thermodynamic theory to calculate the value of thermal flux.
应用传热学理论，建立材料丝在液化管中的熔融模型。采用数值解方法，求出该模型的解。
By applying theory of heat transfer, a melting model of material filament in liquefied pipeline is built and solved by numerical method.
本文应用传热学基本原理和有限元基本方法，完成了二维、三维导热温度场的有限元数值模拟。
In this thesis the heat transfer theory and the finite element method are used to simulate the two dimension temperature field and the three dimension temperature field.
介绍了传热学基本理论知识，有限元方法思想。对有限元法在热分析和热应力分析中的具体应用进行了理论推导。
Introducing heat exchange theory and finite element theory, and deducing the theory that applies finite element method to thermal analysis and thermal stress analysis.
笔者在给定加热功率下，利用计算流体力学（简称CFD）和传热学相结合的方法计算了风速管的表面温度。
Surface temperature of an anemometer heated by a given power was calculated by CFD and heat flux analysis.
本文采用I -DEAS软件作为计算机辅助分析的工具，基于弹塑性有限元理论和传热学理论，建立了工作状态下主轴系统的有限元分析方法及技术处理方法。
Based on elastic FEM theory and heat transfer theory, the author USES I-DEAS software as a CAE tool, builds the finite element analysis method and techniques of the principle shaft system on work.
有限元分析法(FEA)是一种在工程学中广泛应用的方法，最初应用于模拟并且解决各种工程力学、热学、电磁学等物理问题。
Finite element analysis (FEA) is broadly used in engineering, it was initially applied to simulate and solve a variety of engineering mechanics, thermal, electromagnetics, and other physical problems.
在相同工况条件下，用传热学计算的方法对比了原位燃烧合成陶瓷保护层高炉风口与无阻热层的紫铜风口的节能效果。
At the same condition, effect of energy-saving of tuyere with the Situcombustion synthesized ceramic-lined material and tuyere without a single insulator is compared by calorifics calculation.
这种方法可用于磁光光盘的光学与热学设计。
The combination of the optical matrix method and finite element method can be used to design the MO disk.
该文以HSPICE电路模拟程序为电路模拟的基础，以改进的热点温度估算方法为热学模拟的基础，采用解耦法实现了集成电路的电热耦合时序模拟软件。
The HSPICE circuit simulator and an improved hot spot thermal analysis method were used in a new fast electro thermal relaxation method to study the self heating effects.
基于传热学的相关知识，提出一种计算直升机机身温度场的方法。
Based on knowledge of heat conduction, this paper calculates temperature field of a helicopter with heat source method.
运用多种分析与测试方法，研究了氢化硅薄膜的微观结构、光学、电学和热学等物理特性。
The microstructure, optical, electrical and thermal properties of hydrogenated silicon films were characterized by a series method.
文中推导了传热学公式，并在此基础上，阐明了复合屏的特性，提出了设计原理与方法。
The formula deduction of heat transfer is provided, and on it's basis, the characteristics, the theoretical basis and the methods for designing the complex screen are given.
本文根据传热学的基本原理，采用冷却单元计算法推导得到了一套完整的关于扁圆管单面贴壁冷却方式的理论计算方法。
In this paper a theoretical calculation method of one-side cooling of flattened tube welded on a wall was obtained by calculation of cooling elements.
为了解决滚塑成型工艺中加热时间难以确定的问题，依据传热学和界面运动理论进行了滚塑成型加热时间的研究，提出了模具和树脂粉料加热时间的计算方法。
The heating times during the rotational molding of the hollow plastic products were studied according to the theory of heat transfer and interfacial movement, and an algorithm was proposed.
从传热学中的特征式关联式出发，给出一种电流引线冷却面积的计算方法，并以黄铜为例计算了电流引线的结构尺寸。
The section area can be worked out according to relational formula of characteristic formula in the heat transfer. As an example, the structural dimension of…
从传热学中的特征式关联式出发，给出一种电流引线冷却面积的计算方法，并以黄铜为例计算了电流引线的结构尺寸。
The section area can be worked out according to relational formula of characteristic formula in the heat transfer. As an example, the structural dimension of…
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