Multi-Objective H <ce:inf loc='post'>2</ce:inf>/H <ce:inf loc='post'>∞</ce:inf> Gain-Scheduled Nuclear Core Control Design

L. Lemazurier; M. Yagoubi; P. Chevrel; A. Grossetête

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Multi-Objective H 2/H ∞ Gain-Scheduled Nuclear Core Control Design

机译：多目标H 2 / H ∞增益调度的核核心控制设计

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The scope of this paper is advanced Nuclear Core control. First a Core kinetic nonlinear model is developed and calibrated by means of MANTA/SMART simulation codes. By linearization, a set of Linear Time Invariant (LTI) models are then obtained around some predetermined operating points depending on the nuclear core power level. Moreover, thanks to a new multi-objective H 2 /H ∞ ;, control approach, a set of fixed structure output feedback controllers are designed for appropriately chosen set of power levels. Furthermore, these controllers are interpolated to synthesize a gain-scheduled controller. Finally, simulations on the nonlinear Core model show appreciable performances which comply with the specified requirements.

机译：本文的范围是高级核核心控制。首先，通过MANTA / SMART仿真代码开发并校准了Core动力学非线性模型。通过线性化，然后根据核芯功率水平在一些预定工作点附近获得一组线性时不变（LTI）模型。此外，由于一个新的多目标H 2 / H∞;，控制方法中，一组固定结构的输出反馈控制器被设计用于功率电平的适当选择设定。此外，对这些控制器进行插值以合成增益预定的控制器。最后，对非线性核心模型的仿真显示了符合指定要求的可观性能。

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《IFAC PapersOnLine》 |2017年第1期|共7页
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L. Lemazurier; M. Yagoubi; P. Chevrel; A. Grossetête;
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中图分类自动化技术、计算机技术;
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Multi-Objective H 2/H ∞ Gain-Scheduled Nuclear Core Control Design

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