金属凝固

电场和磁场作用下的金属凝固

The Solidification of Metals in Electrical or Magnetic Field

OpenGL技术在金属凝固数值模拟图形显示中的应用

Applications of OpenGL in Graph Display of Metal Solidification Numerical Simulation

CellularAutomaton法模拟金属凝固显微组织研究进展

Progress in Simulating Solidification Microstructures of Metals with Cellular Automaton Method

金属凝固数值模拟可视化中OpenGL的应用研究

Research on the Application of Visualization of Metal Solidification Numerical Simulation with OpenGL

研究了在微机上应用三维图形标准OpenGL显示金属凝固数值模拟结果输出的原理和技术。

The principle and methods for displaying solidification modeling by OpenGL ( Open Graphic Library ) was studied .

建立数学模型，运用MATLAB软件编程计算，模拟强制对流对金属凝固过程中胞、枝晶一次间距的影响。

The effects of the forced-convection in metal solidification process on the celluar and dendrite spacing are simulated by mathematic model establishment , calculation with Matlab software .

本文从冶金物理化学中Gibbs自由能方法开始，在用于金属凝固过程模拟方法的基础上，推导出在管理科学中适用的评价函数方法，及其应用方法。

Based on the Gibbs free energy method used in the simulation of solidification process , a valuation function method is setup and used in simulation of management science .

旋转电磁场作用下金属凝固补缩机理探讨

Research on Feeding Mechanism during Metal Solidification under Rotating Electromagnetic Field

超声波在金属凝固中的应用与发展

Application and Development of High-Intensity Ultrasonic in Solidification Process of Metals

边界元法求解金属凝固过程逆热传导问题

Solution of the inverse heat conduction problems in continuous casting process

金属凝固与晶体生长过程的蒙特卡罗模拟

A Monte Carlo simulation on solidification and crystal growth of metals

金属凝固过程中温度场的有限元分析

Finite element method in temperature field analysis in solidifications of metals

金属凝固模拟程序网格剖分模块技术研究

Research on Mesh Generation Module of Metal Solidification Numerical Simulation

低膨胀高温合金焊缝金属凝固行为的模拟预测

Modeling and prediction of solidification behavior of low-expansion superalloy welds

铝金属凝固微观组织模拟相场法技术研究

Study on phase field method for aluminum solidification microstructure simulation

焊缝金属凝固元胞自动机模型的研究

Study on weld metal solidifying model by cellular automaton

电磁场作用下的金属凝固与成形

Solidification and Shaping of Molten Metals in Electromagnetic Field

物理场对金属凝固组织的影响

Effects of physical fields on solidification structure of metals

超声波可以显著细化金属凝固组织，有效消除比重偏析。

Ultrasonic can greatly refine solidification structure of metals and eliminate gravity segregation .

电、磁复合效应对金属凝固组织的影响

Influence of Superposing Electricity and Magnetic Field on the Solidification Structure of Metals

超声波对金属凝固组织细化有很好的改善作用。

Ultrasonic has good refine effect on metal solidification .

金属凝固数值模拟网格可视化技术研究

Research on Visualization Technique of Metal Solidification Numerical Simulation

金属凝固前沿热传递机理分析

Analysis of Heat Transfer Mechanisms of Metal Solidifying Front

并计算了应力强度（？）超声波在金属凝固中的应用与发展

Application and Development of High - Intensity Ultrasonic in Solidification Process of Metals

陶瓷粒子与金属凝固界面的相互作用

Interaction of Ceramic Particles with Solidifying Metal Front

其中结晶凝固系数为并且讨论了ρ值在不同情况下的物理意义以及β值在金属凝固中的作用。

Also , the effect of the solidification coefficient on the solidification is examined .

形核与晶体生长是金属凝固过程中的重要组成部分。

Nucleating and crystal growth are important parts in the process of metal solidification .

铸轧速度对液态金属凝固行为的影响

Effect of casting speed on solidification behavior of liquid metal in twin-roller casting process

测定金属凝固温度场的实验教学

Experiment Teaching of Measuring Metal Solidification Temperature Field

金属凝固组织的细化对于提高金属的性能具有重要意义。

The refinement of metal solidification structure has great significance for improving metal properties .