YongBing, W., Li, L., JunHua, Z., & XingGuo, D. TOOL PATH OPTIMIZATION WITH HIGH EFFICIENCY AND LOW ENERGY CONSUMPTION IN BALL-END CUTTER MILLING BASED ON HYBRID ALGORITHM. Editorial Office of Journal of Mechanical Strength.
Chicago Style (17th ed.) CitationYongBing, WANG, LI Li, ZHAO JunHua, and Deng XingGuo. TOOL PATH OPTIMIZATION WITH HIGH EFFICIENCY AND LOW ENERGY CONSUMPTION IN BALL-END CUTTER MILLING BASED ON HYBRID ALGORITHM. Editorial Office of Journal of Mechanical Strength.
MLA (9th ed.) CitationYongBing, WANG, et al. TOOL PATH OPTIMIZATION WITH HIGH EFFICIENCY AND LOW ENERGY CONSUMPTION IN BALL-END CUTTER MILLING BASED ON HYBRID ALGORITHM. Editorial Office of Journal of Mechanical Strength.
Warning: These citations may not always be 100% accurate.