相场

Mo粉末烧结过程的相场模拟

Phase-field Simulation of Mo Powder during Sintering Process

利用耦合温度场与溶质场的相场模型对Al-Cu二元合金非等温凝固时枝晶生长过程进行了模拟。

A phase-field approach which incorporates both heat and solute equations for simulation of Al-Cu binary alloy solidification is studied .

在求解气相场微分方程时用SIMPLE方法。

To solve the equations of gas phase , SIMPLE method is used .

气相场在欧拉坐标系中用SIMPLE算法求解；

The gas phase equations are solved in an Eulerian frame of reference with SIMPLE algorithm .

半固态金属材料EMS法制备过程中的微观组织相场法模拟

Phase-field Simulation of Microstructural Evolution During Preparation of Semi-solid Metal Adopting EMS Method

Al-Li合金的分级时效和回归再时效的微观相场模拟

Microscopic Phase Field Simulation of Aging-Reaging and Retrogression-Reaging on Al-Li Alloys

Al-Cu合金等温凝固的相场法模拟

Numerical Simulation of Al-Cu Alloy Isothermal Dendritic Growth by Phase-field Model

Al3Li相反位缺陷演化的微观相场模拟

Microscopic Phase-Field Simulation of Antisite Defect Evolution of Al_3Li Phase

守恒相场模型弱解的Blow-up

Blow up of Solutions to a Conserved Phase Field Model

四近邻对势对Ni（75）Al5V20合金沉淀机制影响的微观相场模拟

Microscopic Phase-Field Simulation for the Effect of the Fourth-Nearest Pair Potentials on Precipitation Mechanism of Ni_ ( 75 ) Al_5V_20 Alloy

用相场方法模拟Fe-C合金枝晶生长

Simulation of dendrite growth of Fe-C alloy using phase field method

相场法模拟Al-Cu合金连续冷却枝晶生长连续式长时间巴氏杀菌

Phase Field Modeling of Dendritic Growth of Al-Cu Alloy during Continuous Solidification Process

本文采用微观相场方法，模拟了Al-Li合金的单级时效、分级时效、回归再时效工艺。

The microstructure evolution of Al-Li alloys during aging , aging-reaging and retrogression-reaging were simulated using microscopic phase field method .

Al-Zr中间合金热处理过程的微观相场模拟

Microscopic Phase-Field Simulation of the Heat Treatment Process for Al-Zr Intermetallic Compound

微观相场法研究高铝Ni（75）AlxV（25-x）中Ni3Al反位缺陷

Microscopic Phase-Field Study of Antisite Defect of Ni_3Al in High Al Concentration Ni_ ( 75 ) Al_xV_ ( 25-x ) Alloy

Fe-Mo合金调幅分解的微观相场模拟

The Computer Simulation of the Fe-Mo Binary Alloy Spinodal Decomposition with Microscopic Phase-Field Model

基于KKS模型三元合金等温凝固相场法模拟

Phase-field Simulation of Isothermal Solidification of Ternary Alloy Based on KKS Model

相场法预测低铝合金Ni（75）AlxV（25-x）的早期沉淀过程

Prediction for the early precipitation process of ni_ ( 75 ) al_xv ( 25_x ) system with lower Al concentration by the phase-field model

三维多相场数值模拟共晶CBr4-C2Cl6合金在不同抽拉速度下的形态选择

Three-dimensional multi-phase field numerical simulation of the morphology selection of eutectic CBr_4-C_2Cl_6 alloy with different pulling velocities

基于GinzbergLandau理论，发展了一个与WBM模型和KKS模型一致的新相场模型。

A new phase-field model is developed based on the Ginzberg-Landau theory , which is consistent with WBM model and KKS model .

Ni-Al-V合金有序畴界面结构的微观相场模拟

Computer Simulation of Ordered Interphase Boundary Structure of Ni-Al-V Alloy Using Microscopic Phase-Field Method

比较了不同颗粒Stokes数为0.01、1、10和不同Reynolds数为180和200下颗粒的扩散函数，考察了三维圆柱尾迹流流场中气相场的运动对颗粒相扩散的影响。

The particle dispersion functions with different particle Stokes numbers of 0.01,1,10 and Reynolds numbers of 180 and 200 were compared , and the influence of gas phase field motion on particle dispersion in three-dimensional circular cylinder wake was investigated .

采用相场法模拟了表面扩散和晶界扩散机制共同作用下的四球模型和五球模型中Mo粉末压坯微粒间烧结颈长大以及孔隙的演化过程。

The formation , growth of the sintering necks and the spheroidization of the pores , which are mainly controlled by surface diffusion and grain boundary diffusion during the sintering of Mo powder , were simulated respectively by using both four-ball and five-ball model .

温度对Ni-Al-Cr合金沉淀影响的微观相场模拟

Microscopic phase-field simulation for the temperature effects on the precipitation of Ni-Al-Cr alloy

Ni-Al-V合金DO（22）相间有序畴界面的微观相场模拟

Simulation of Ordered Domain Interfaces Formed between DO_ ( 22 ) Phases in Ni-Al-V Alloy Using Microscopic Phase-Field Model

利用微观相场动力学模型模拟了Ni-Al-V合金沉淀有序相之间界面的微结构及其演化过程。

The microscopic structure and evolution of ordered interphase boundary of Ni-Al-V alloy was investigated using microscopic phase-field model .

借助于多相场模型，利用移动盒算法模拟了小Peclet数下二元共晶模型合金的定向凝固过程。

The unidirectional solidification process of a binary eutectic model alloy at low Peclet number was simulated by multi-phase field method together with moving box algorithm .

基于相场与温度场耦合的相场法原理对Ni-Cu二元合金枝晶长大过程进行二维数值模拟。

An anisotropic phase field model which coupling the temperature - field and phase-field is used to carry out 2-D numerical simulation of dendrite growth of Ni-Cu alloy by choosing different values of undercooling and anisotropy coefficients .

本文中，基于KKS模型，采用相场和溶质场两场耦合的方法对Al-2-mole-Cu合金凝固过程中枝晶生长进行了数值模拟。

In this paper , the phase-field model basing on KKS model which coupled the concentration field is used to simulate microstructural dendrite growth of multiple grains for Al-2-mole-Cu alloy .

采用相场方法对二元合金的定向凝固进行二维数值模拟，以Ni-Cu合金为例，展示了界面形态的演化过程，研究了相场参数对界面形态的影响。

A phase-field method for two-dimensional numerical simulation of binary alloy during directional solidification is studied , the evolution of the interface morphology is showed and the effects of phase-field parameters on interface morphology are formulated for Ni-Cu binary alloy .