ASME Technical PapersASME, 2000 - Mechanical engineering |
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Page 4
... thermal power decrease ( Aq ) results ( Fig . 3 ) equal to : Aq = [ ( h2 − h3 ) + ( h ̧ − h ̧ ) ] — ( h1 − h 、) - - ( 2 ) considering the average efficiency ( thermal and electric ) of existing plants ( scenario A of Tab . I ) or of ...
... thermal power decrease ( Aq ) results ( Fig . 3 ) equal to : Aq = [ ( h2 − h3 ) + ( h ̧ − h ̧ ) ] — ( h1 − h 、) - - ( 2 ) considering the average efficiency ( thermal and electric ) of existing plants ( scenario A of Tab . I ) or of ...
Page 4
... Thermal efficiency , defined as a ratio between the thermal power requested for cogeneration purposes and the supplied thermal power associated with fuel ; Nth Qth F ( 2 ) Note , in the case of intercooled compression , Qth also takes ...
... Thermal efficiency , defined as a ratio between the thermal power requested for cogeneration purposes and the supplied thermal power associated with fuel ; Nth Qth F ( 2 ) Note , in the case of intercooled compression , Qth also takes ...
Page 6
... thermal cycles Figure 12 : Thermal fatigue characteristics of fluoride ion cleaned and unclean brazed joints in CMSX4 . Figure 11 : A crack , which was brazed repaired . No center - line boride phases are present and there is good ...
... thermal cycles Figure 12 : Thermal fatigue characteristics of fluoride ion cleaned and unclean brazed joints in CMSX4 . Figure 11 : A crack , which was brazed repaired . No center - line boride phases are present and there is good ...
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Aeroengine Congress alloy aluminide ambient temperature analysis application ASME ASME Journal ASME Paper axial compressor blade blisks Brayton cycle braze calculated characteristic parameters coating cogeneration cogeneration plant combined cycle components compression configuration control system Copyright Copyright Clearance Center cost crack degradation diffusion droplet duct economic effect electric efficiency energy equipment evaluation evaporative cooler exhaust gas fatigue Figure filter flow function fuel function heat exchanger HRSG HVOF hydro storage ICRH gas turbine increase inlet air inlet temperature installed intake air cooling intercooling International Gas Turbine load machine mass flow rate material maximum measurements monitoring nozzle operating performance power output power plant power turbine pressure ratio process steam pump reduced repair ruled surface shaft ship shown in Fig shows simulation specimens speed stage superalloys surface thermal typical unit uprating valve vane variable wet bulb