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Lightweight methane-air gas turbine controller and simulator
Odi Fawwaz Alrebei
*
, Anwar Hamdan Al Assaf
, Mohammad S. Al-Kuwari
,
Abdulkarem Amhamed
*
Corresponding author for this work
QEERI - Energy Center
Department of Aviation Sciences
Amman Arab University
Environmental and Municipal Studies Institute
Ministry of Environment and Climate Change
Research output
:
Contribution to journal
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Article
›
peer-review
12
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Keyphrases
Gas Turbine
100%
Turbine Controller
100%
Methane-air Mixture
100%
System Identification
50%
Methane
25%
Sensitivity Analysis
25%
System Sensitivity
25%
Multivariable
25%
Temperature Setpoint
12%
User Interface
12%
Computational Effort
12%
Heat Exchanger
12%
Control Method
12%
Phase Analysis
12%
Inlet Temperature
12%
Compressor Stage
12%
Waste Heat Recovery
12%
Air Flow Rate
12%
Combustion Chamber
12%
Expansion Process
12%
Gas Turbine Cycle
12%
Proportional Controller
12%
Simulation Case Study
12%
Isentropic Efficiency
12%
Multi-variable Inputs
12%
Dynamic Output
12%
Governing Parameters
12%
Output Temperature
12%
Safe Operating Conditions
12%
Pressure Efficiency
12%
Controller Gain
12%
Methane Gas
12%
Unconventional Gas
12%
Turbine Outlet Temperature
12%
Inlet Pressure
12%
Gas Turbine Compressor
12%
Integral Time
12%
Combustion Turbine
12%
Simple Cycle
12%
Variable Range
12%
Integral Derivatives
12%
Compressor Pressure Ratio
12%
Steady Output
12%
Stable Output
12%
Combustion Phase
12%
Utilization Mechanism
12%
Stable Operating Conditions
12%
Turbine Parameters
12%
Engineering
Methane
100%
Gas Turbine
100%
Set Point
22%
System Sensitivity
22%
Set Point Temperature
11%
Exchanger
11%
Input Parameter
11%
Inlet Temperature
11%
Compression Stage
11%
Outlet Temperature
11%
Combined Cycle
11%
Phase Analysis
11%
Airflow Rate
11%
Gas Turbine Cycle
11%
Controller Gain
11%
Compressor Pressure Ratio
11%
Simple Cycle
11%
Range Variable
11%
Isentropic Efficiency
11%
Proportional Controller
11%
Stage Compressor
11%
Cycle Assessment
11%
Inlet Pressure
11%
Combustion Chamber
11%
User Interface
11%
Case Study
11%