Vapor Deposition and Condensate Flow on Combustion Turbine Blades: Theoretical Model to Predict/ Understand Some Corrosion Rate Consequences of Molten Alkali Sulfate Deposition in the Field or Laboratory

Articles in the same Issue

1. CONTENTS
2. Pressure Recovery of Collectors with Annular Curved Diffusers
3. Application of Vortex Generators in Flow Control of the Inlet
4. Research on Supersonic Diffusers of Centrifugal Compressor by Means of Swirl Flow (1st Report) Flow in a Diffuser at Various Mach Numbers
5. Spray Drop Size and Velocity Measurements Using the Phase/Doppler Particle Analyzer
6. Inverse Design Calculations for Transonic Cascades
7. An Experimental Study of the Mixing by an Acoustically Pulsed Axisymmetrical Air-Jet
8. Full-Coverage Film Cooling: A One-Equation Model of Turbulence for the Calculation of the Full-Coverage and the Recovery-Region Hydrodynamics
9. Numerical Modeling of Afterburner Combustion
10. Improvement of Pump Performance at Off-Design Conditions
11. Blade Vibration on Centrifugal Compressors - Blade Response to Different Excitation Conditions
12. Classroom Analysis and Design of Axial Flow Compressors Using a Streamline Analysis Model
13. On the Thermodynamic Properties of Combustion Gases
14. Development of an Analytical Model to Assess Fuel Property Effects on Combustor Performance
15. Vapor Deposition and Condensate Flow on Combustion Turbine Blades: Theoretical Model to Predict/ Understand Some Corrosion Rate Consequences of Molten Alkali Sulfate Deposition in the Field or Laboratory
16. Concerning the Problems in Comparison of Drop Number Distribution Obtained by Spatial and Temporal Methods
17. An Analysis of Applicability of Surge/Stall Criterion to Engineering Problems