[HTML][HTML] 基于Christopherson 迭代的超精密加工流场分析方法
杨航， 马登秋， 张强， 刘小雍， 樊炜… - High Power Laser …, 2019 - opticsjournal.net
摘要随着特种超精密加工技术的发展, 复杂流体被越来越多地用于超精密加工工艺中.
超精密加工流场分析具有几何特征复杂, 流体本构特性多样, 流体边界为自有边界等特点 …
超精密加工流场分析具有几何特征复杂, 流体本构特性多样, 流体边界为自有边界等特点 …
[HTML][HTML] Research on removal function of fluid hydrodynamic fixed abrasive grinding
P Liu, D Ming, B Lin - Journal of Advanced Research, 2020 - Elsevier
Fluid hydrodynamic fixed abrasive grinding (FHFAG) is now evolving into a promising
finishing method underpinning the major advances across grinding and lapping sciences …
finishing method underpinning the major advances across grinding and lapping sciences …
Novel fluid field analysis method for ultra-precision machining based on christopherson iteration
Y Hang, M Dengqiu, Z Qiang, L Xiaoyong, F Wei… - 强激光与粒子束, 2019 - hplpb.com.cn
With the development of ultra-precision machining technology, complex fluid is increasingly
utilized. The analysis of ultra-precision machining fluid field is characterized by complex …
utilized. The analysis of ultra-precision machining fluid field is characterized by complex …