Gas Turbine Handbook : Principles and Practices

414 Gas Turbine Handbook: Principles and Practices
INLET AND TURBINE COOLING
“Field Evaluation Of On-Line Compressor Cleaning In Heavy Duty
Industrial Gas Turbines,” G.L. Haub; W.E. Hauhe, Jr. ASME 90-GT-
107.
“Options In Gas Turbine Power Augmentation Using Inlet Air Chilling,”
I.S. Ondryas; D.A. Wilson; M. Kawamoto; G.L. Haub. ASME
90-GT-250.
“Gas Turbine Performance Improvement. Direct Mixing Evaporative
Cooling System.” American Atlas Cogeneration Facility, Rifle, Colorado
J.P. Nolan; V.J. Twombly. ASME 90-GT-368.
“A Qualitative Analysis Of Combustion Turbine Inlet Air Cooling
Alternatives with Case Histories,” Jerry A. Ebeling. ASME 94-JPGC-
GT-4.
“Effects Of Closed-Circuit Gas Turbine Cooling Systems On Combined
Cycle Performance,” Takashi Ikeguchi; Kazuhiko Kawaike.
ASME 94-JPGC-GT-8.
“The Advanced Cooling Technology For The 1500 C Class Gas Turbines—The
Steam Cooled Vanes And The Air Cooled Blades,” H. Nomoto;
A. Koga; S. Shibuya; S. Ito; Y. Fukuyama; F. Otomo; M. Sato;
Y. Kobayashi; H. Matsuzaki. ASME 96-GT-016.
“Economics Of Gas Turbine Inlet Air-Cooling System For Power Enhancement,”
Motoaki Utamura; Yoshio Nishimura; Akira Ishikawa;
Nobuo Ando. ASME 96-GT-516.
“Inlet Conditioning Enhances Performance Of Modern Combined
Cycle Plants For Cost-Effectve Power Generation,” Septimus Van Der
Linden; David E. Searles. ASME 96-GT-298.
“The Application Of Convective Cooling Enhancement Of Span-Wise
Cooling Holes In A Typical First Stage Turbine Blade,” D.J. Stankiewicz;
T.R. Kirkham. ASME 91-GT-012.
“Minimization Of The Number Of Cooling Holes In Internally Cooled
Turbine Blades,” G.S. Dulikravich; B. Kosovic. ASME 91-GT-052.