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Table 6 Literature on milling force coefficient

From: Milling Force Model for Aviation Aluminum Alloy: Academic Insight and Perspective Analysis

Year Analytical method Identification method based on actual milling force Workpiece surface error identification method
Average cutting force coefficient Instantaneous cutting force coefficient
1985 Tool parameters [167]    
1995 Tool parameters [168]   Helix angle [183]  
1997    Cutting force signals [165]  
1999     Cutting system deflections [195]
2001    Chip flow angle [116]  
2002    Feed; cutter deflection; cutter runout. [174]  
2003 Tool parameters [157] Tool parameters [150]   Cutter flexibility [196, 197]
2004    Deflection; runout [175]  
2007   Cutting depth [176, 177]   Cutter deflection [198]
2008   Milling parameters [188, 199] Cutter runout [191]  
2009 Tool parameters [178]   ALE formulation Cutter runout [51, 154]  
2011   Cutting geometry [187]   
2012   Feed per tooth and cutting speed [179]   
2014   Milling parameters [164, 183] Chip thickness [194]  
2015   Optimization technique [184, 185]   
2016   Material data [200]   
2018   Axial depth; radial width; feed rate [180, 181, 201]   
2020   Feed per tooth; spindle speed; cutting depth [182]   
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