An optimal design method of hydrostatic turntable based on FPSO algorithmZhao, Yongsheng (Avtor) Luo, Jiaqing (Avtor) Li, Ying (Avtor) Zhang, Tao (Avtor) Ma, Honglie (Avtor) hydrostatic turntablefinite difference methodReynolds equationfuzzy particle swarm optimization algorithmperformance optimizationThe load capacity of hydrostatic turntables is predominantly governed by the design of oil pads. Optimizing oil pad parameters can substantially enhance turntable performance while reducing power consumption. This study introduces a fuzzy particle swarm optimization (FPSO) algorithm that incorporates compression factors into the particle swarm optimization (PSO) framework to optimize the parameters of oil pads. Reduce its power consumption by about 40 %, while the error between experimental and theoretical values is only 8 %. Compared with traditional PSO algorithms, FPSO converges more reliably in multiparametric environments.20252026-01-21 13:51:49Članek v reviji178218UDK: 53.1ISSN pri članku: 2536-3948DOI: 10.5545/sv-jme.2025.1366COBISS_ID: 265389827sl