| 1. | Triz applied in the design of unidirectional solidification equipment
研究及其在定向凝固设备设计中的应用 |
| 2. | Numerical simulation on channel segregation in vertically unidirectional solidification process
垂直定向凝固条件下通道偏析形成过程的数值模拟 |
| 3. | Effect of gas pressure on pore distribution of lotus - type porous magnesium fabricated by unidirectional solidification
气压对定向凝固藕状多孔镁的气孔分布影响 |
| 4. | Stability factors affecting the process of two - flow continuous unidirectional solidification in one furnace and countermeasures
影响一炉双流连续定向凝固过程稳定性因素与对策 |
| 5. | The temperature distribution in a crystallizer has important influence on the position and shape of solid - liquid interface during continuous unidirectional solidification
摘要连续定向凝固过程中结晶器的温度分布对固液界面位置和形状具有重要影响。 |
| 6. | The vacuum melting and argon protecting continuous unidirectional solidification technology was introduced , which combines vacuum inductive melting with continuous unidirectional solidification
摘要阐述了真空熔炼、氢气保护下引法连续定向凝固工艺。 |
| 7. | First , the basis thought of microstructure simulation has been brief introduced ; and then introduced the 3d dendrite envelop tracking simulation , this method is for simulating casting of unidirectional solidification which is sensitivity to vice
简介了微观组织模拟的基本思路，引进三维枝晶包膜跟踪模拟理论，它是一种定向凝固的数值微观组织模拟方法，主要用于模拟一些特殊的对缺陷的存在很敏感的零部件。 |
| 8. | The results indicate that the niti shape memory alloy completely solidifies in the crystallizer and the solid - liquid interface presents flat under the given model and various parameters , which meet the basic requirement of continuous unidirectional solidification
研究结果表明，在所给定的模型及各种参数条件下，镍钛形状记忆合金在结晶器内可以完成凝固过程，且固液界面呈平直状，具备了进行连续定向凝固制备的基本条件。 |
| 9. | Based on the established three - dimensional physical model , simplified terms , specified material parameters in thermal and physical properties , boundary conditions , and the calculation method of heat convection of cooling water , the numerical simulation and analysis on steady - state temperature field for continuous unidirectional solidification of niti shape memory alloy wire billets were proceeded under the condition of different combined parameters using ansys finite - element software
在建立三维物理模型以及确定材料热物性参数、边界条件与冷却水对流换热系数计算方法的基础上，采用ansys有限元软件对不同参数组合条件下镍钛形状记忆合金线坯连续定向凝固的稳态温度场进行了数值模拟。 |
