LI Jianxin1, WANG Shupeng2, YUAN Zhenfu21.Ningbo College of Science and Technology. FUZZY PID SELF-REGULATION NEURON DECOUPLING COMPENSATION CONTROL IN HIGH-TEMPERATURE MULTIPHASE FLOW WIND TUNNEL[J]. Thermal power generation, 2010, 39(8): 23-27.
LI Jianxin1, WANG Shupeng2, YUAN Zhenfu21.Ningbo College of Science and Technology. FUZZY PID SELF-REGULATION NEURON DECOUPLING COMPENSATION CONTROL IN HIGH-TEMPERATURE MULTIPHASE FLOW WIND TUNNEL[J]. Thermal power generation, 2010, 39(8): 23-27.DOI:
the flowing state of gas-solid two-phase in the flue duct in case of a boiler being in operation
can be simulated.For this
based on technological process of high-temperature multiphase flow wind tunnel
the coupling relationship among the variables can be analysed.Directing against the strong coupling relationship among variables in high-temperature multiphase flow wind tunnel
a control scheme
which combines fuzzy PID pamameter self-regulation with a neuron decoupling compensator
for the high-temperature multiphase flow wind tunnel has been designed.Result of emulation shows that the said control scheme is suitable for decoupling control of an object in high-temperature multiphase flow wind tunnel boasting strong coupling of multi-variables