Computational Analysis of Heat Recovery From Simple Cycle Gas Turbine Exhaust Stacks Through the Silencer Semi-Circular Sections

Engineering

• Gas Turbine 100%
• Heat Recovery 100%
• Simple Cycle 100%
• Computational Analysis 100%
• Computational Fluid Dynamics 80%
• Exhaust Flow 80%
• Flow Path 60%
• Mathematical Model 40%
• Exchanger 40%
• Fuel Gas 40%
• Pressure Drop 40%
• Flow Visualization 20%
• Convective Heat Transfer Coefficient 20%
• Flow Rate 20%
• Recovery Rate 20%
• Flow Channel 20%
• Heat Transfer Surface 20%
• Combined Cycle 20%
• Constraint Space 20%
• Heat Transfer Model 20%
• Outlet Temperature 20%
• Heat Transfer Fluid 20%
• Preheater 20%
• Flow Parameters 20%
• Ansys Fluent 20%
• Computer Aided Design 20%
• Heat Transfer Coefficient 20%
• Power Gain 20%

INIS

• heat transfer 100%
• stacks 100%
• gas turbines 100%
• heat recovery 100%
• computational fluid dynamics 66%
• mathematical models 33%
• pressure drop 33%
• heat exchangers 33%
• fuel gas 33%
• comparative evaluations 16%
• gain 16%
• surfaces 16%
• reduction 16%
• emission 16%
• performance 16%
• space 16%
• carbon dioxide 16%
• fluids 16%
• constraints 16%
• baffles 16%
• conversion 16%
• power 16%
• output 16%
• heat flow 16%
• capital 16%
• flow rate 16%
• computer-aided design 16%
• flow visualization 16%
• combined cycles 16%
• waste heat 16%
• heaters 16%
• heat transfer fluids 16%