Model-Based Self-Tuning PI Control of Bolt-Nut Tightening for Wind ...
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This paper presents a novel two-stage Proportional-Integral (PI) controller with assembly error detection capability for bolt tightening process. It is based on ...
This paper presents a novel two-stage controller with assembly error detection capability. It is based on the combination of a numerical model (offline training) ...
The hub can contain up to 128 bolt connections to install the bearing blades: nuts need to be precisely tightened to ensure a uniformly distributed clamping ...
The hub can contain up to 128 bolt connections to install the bearing blades: nuts need to be precisely tightened to ensure a uniformly distributed clamping ...
Dive into the research topics of 'Model-based self-tuning PI control of bolt-nut tightening for wind turbine bearing assembly'. Together they form a unique ...
Model-Based Self-Tuning PI Control of Bolt-Nut Tightening for Wind Turbine Bearing Assembly · A Neural Network Clamping Force Model for Bolt Tightening of Wind ...
Apr 25, 2024 · Model-Based Self-Tuning PI Control of Bolt-Nut Tightening for Wind Turbine Bearing Assembly. CIT/IUCC/DASC/PICom 2015: 334-342; 2014. [b1].
Step response for a desired tightening angle of 45° (no · Model-Based Self-Tuning PI Control of Bolt-Nut Tightening for Wind Turbine Bearing Assembly.
Accurate Bolt Tightening Using Model-Free Fuzzy Control for Wind Turbine Hub Bearing Assembly · Model-Based Self-Tuning PI Control of Bolt-Nut Tightening for ...
... Model-Based Self-Tuning PI Control of Bolt-Nut Tightening for Wind Turbine Bearing Assembly. In: 2015 IEEE International Conference on Computer and ...