1) oblong patch
椭圆形补片
2) round patch
圆形补片
3) rectangular-fin elliptic-tube
矩形翅片椭圆管
1.
Applying the 3D physics- mathematics models, the numerical analysis is performed for the air-side flow and heat transfer characteristics of rectangular-fin elliptic-tube, which are the fundamental element used in direct air-cooled power plant.
对电站直接空冷系统的基本换热元件矩形翅片椭圆管建立三维物理数学模型,对空气侧流动和传热性能进行数值研究。
2.
The numerical analysis were performed for the air-side flow and heat transfercharacteristics of rectangular-fin elliptic-tube and tube bundle, which are thefundamental element used in direct air-cooled power plant by applying the 3D physics-mathematics models.
针对电站直接空冷系统的基本换热元件矩形翅片椭圆管和管束,建立三维物理数学模型,对空气侧流动和传热性能进行数值研究。
4) elliptical rectangular finned pipe
椭圆矩形翅片管
5) elliptic sheet crack
椭圆形片状裂纹
6) ovaldentreed
椭圆形筘片钢筘
补充资料:补片教程-补六边缺口
补此面的方法:
1、insert /points set/points on curve/
选项中number of points 选的越大,补出的面质量越高
2、insert /free form feature /from point cloud
选择上部插入的点,作出补丁面
3,insert /form feature /extract curve
从空缺多边形的边缘提取出曲线
4、insert /form feature /extruded body
沿垂直曲面方向(此处可用草图建模作方向线)
拉伸上述曲线,制作切割工具面
5、insert /form feature /trimmed sheet
用上步拉伸的曲面切割上面作出的补丁面
6,inser feature operation / sew
缝合 that is all .
1、insert /points set/points on curve/
选项中number of points 选的越大,补出的面质量越高
2、insert /free form feature /from point cloud
选择上部插入的点,作出补丁面
3,insert /form feature /extract curve
从空缺多边形的边缘提取出曲线
4、insert /form feature /extruded body
沿垂直曲面方向(此处可用草图建模作方向线)
拉伸上述曲线,制作切割工具面
5、insert /form feature /trimmed sheet
用上步拉伸的曲面切割上面作出的补丁面
6,inser feature operation / sew
缝合 that is all .
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条