The project of designing a fault diagnosis system and predicting the useful life of gas turbine parts of a power plant
Designing a fault diagnosis and fault detection system for short-term and long-term defects Algorithm design to deal with the effects of noise and disturbance The goal is to estimate the time required for washing and repairs to increase efficiency
Development of fault identification method based on non-linear models and its application in gas turbine fault diagnosis of power plant (Industry, Mining and Trade of Gilan Province)
Identifying the nonlinear model for the transient behavior of the gas turbine Presenting a new structure for the turbine temperature control section Designing an adaptive threshold model based on the Monte Carlo method Designing a system for separating and estimating the size of defects based on artificial neural network methods Designing an adaptive sliding mode […]
Fault finding and fault tolerant control in gas turbine power plant
Optimizing the performance and troubleshooting of power plant gas turbine Designing fault tolerant control systems
Combined cycle boiler fault finding using smart methods (combined cycle unit of Shahid Salimi Neka power plant)
Detection of leakage and sensor failure in heat recovery boilers
Troubleshooting of the steam unit of the power plant (Shahid Salimi Neka Power Plant).
Identifying and isolating the fault caused by the increase in water level in the start-up tanks of Benson single-pass boilers in abnormal conditions based on the combination of sensor information.
Acoustic and Vibration
The activities of this research group focus on the fundamental and applied researches in a wide field of acoustics and vibration including condition monitoring, acoustics and dynamics, active noise cancelation, material and shapes for passive noise control, acoustic data transmission and instrumentation. Condition monitoring and vibration analysis of rotating machinery are the main mission of […]
Power Gen
The goal of the PowerGen research group is to develop new techniques and processes for improving the performances and availability of conventional thermal power plants. The activities of this group is focused on aggregating the capabilities of University of Guilan in dealing with challenges facing the power plants. The main topics of current research includes […]
Networked-System Research
The goal of this group is to study networked control systems and challenging issues in this domain, in order to control different industrial systems over communication networks. Specifically, the researchers are interested in integrating this field with power plants, power grids, water and sewage networks.
Process Safety and Automation
This research group is established to carry out fundamental researches on enhancing the safety of systems and integrating safety systems in automation and process control systems. Finding innovative solutions to deal with hazard conditions in safety-critical systems such as thermal power plants, chemical and petrochemical industries is the major objective of the Process Safety and […]
Bionics
The Bionics research group main interest is in designing brain-computer interfaces (BCIs) for rehabilitation purposes. The activities are mainly focused on employing non-invasive electroencephalography (EEG) to command orthotic and prosthetic limbs through BCIs. The scope of the Bionics group is wide and includes computational neuroscience as well as wearable robotics.
