Water level control of a U-tube steam generator plays a critical and challenging role in
ensuring safe and reliable operation for a pressurized-water reactor-type nuclear power …

It is important for nuclear power plants (NPPs) to have the capability to adjust their output to
meet the requirements of the power system. This calls for the development of efficient control …

This article presents a comprehensive study that evaluates the potential advantages of
adopting a unified, systematic, and organized general fractional model within the Sliding …

While terminal sliding mode control provides faster responses and reduces steady-state
errors, it has the disadvantage of having singularity and chattering issues. This study …

This paper proposes a hybrid control framework based on internal model concepts, sliding
mode control methodology, and fractional-order calculus theory. As a result, a modified …

This paper synthesizes a new sliding mode controller (SMC) approach to enhance tracking
and regulation tasks by following dual-mode concepts. The new control law consists of two …

Liquid level control is a fundamental aspect employed across various industries, where the
precise regulation of liquid levels and flow rates is of utmost importance. The Proportional …

In response to the challenge posed by the limitations of current active disturbance rejection
controllers (ADRCs) in parameter tuning and restricted control efficacy for-type high-order …

Natural circulating steam generators are extensively applied in pressurized water reactor
units, where the water level control is a tough challenge. During transients, the water level …

In the present work, a hybrid scheme based on the on–off, PID, and Fuzzy-PI controllers is
shown, which was applied to the model of a greenhouse for the control of the vapor pressure …