| 1. | Superplastic deformation behavior of ecaeed az81 magnesium alloy
61镁合金中的作用 |
| 2. | Variation of surface roughness of a sheet during superplastic deformation
板料超塑性变形时表面粗糙度演化 |
| 3. | Fatigue property and superplastic deformation of bulk amorphous alloys
块体非晶态合金的疲劳性能与超塑性变形 |
| 4. | Microstructural evolution during superplastic deformation in large - grained single phase ni - 48al intermetallics
金属间化合物超塑性变形过程中的组织演化 |
| 5. | Exploration enhancing strain stress of superplastic deformation using pendant hammer type tensile tester
采用吊垂式拉伸试验机探讨超塑性变形速度的提高方式 |
| 6. | The partial liquid phase during superplastic deformation of 2024 aluminum alloy - matrix composites reinforced with sic particulates ( pm - sic ( subscript p ) / ly12 ) by powder metallurgical ( pm ) processing was studied usina sem etc
摘要用扫描电镜等方法对碳化颗粒强化ly12铝合金基复合材料超塑变形时出现的局部液相现象进行了研究分析。 |
| 7. | When the specimens are deformed in a long time at the optimal superplastic deformation condition , the microstructure is coarsened sharply . if the deformation time is shortened properly or the deformation temperature is decreased appropriately or strain rate is increased , homogeneous and fine equiaxed crystal microstructure can be obtained
在最佳超塑性条件下长时间变形时，合金显微组织将发生明显粗化，适当缩短变形时间、或适当降低超塑变形温度及提高应变速率，可得到均匀细小的等轴组织。 |
