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Axial flow turbines : fluid mechanics and thermodynamics

Horlock, John Harold

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Titel

Axial flow turbines : fluid mechanics and thermodynamics

Namen

[Autore] Horlock, John Harold

Beschreibung

Axial flow turbines : fluid mechanics and thermodynamics / J. H. Horlock

Physische Beschreibung

X, 275 p., [2] c. di tav. : ill. ; 26 cm.

Datum

1966

Ort der Veröffentlichung

London

Dorf

GRAN BRETAGNA

Zunge

INGLESE

Quelle

Biblioteche SBN Sardegna

IT\ICCU\RMS\0032544

Ressourcenverbindungen

http://id.sbn.it/bid/RMS0032544

Etikett

Bilder

Master resistivity curves for a two-, three-, and four-layer earth

Autor : Mooney, Harold Morton

Jahr : 1956

De luce tenebrarum

Autor : Plunkett Edward John Carlos detto Plunkett Eddie

Jahr : 1972

Ergebnisse 2 von 20311

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Texte

Axial flow compressors : fluid mechanics and thermodynamics

Autor : Horlock, John Harold

Jahr : 1958

Axial Flow Compressors : Fluid Mechanics and Thermodynamics

Autor : Horlock, John Harold

Jahr : 1958

Ergebnisse 2 von 2185148

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Video

None. [Part 2]: 4. Characteristics of laminar and turbulent flow (26 min) ; 5. Form, drag, lift, and propulsion (24 min) ; 6. Effects of fluid compressibility (17 min)

Jahr : 1990

None. [Part 2]: 4. Characteristics of laminar and turbulent flow (26 min) ; 5. Form, drag, lift, and propulsion (24 min) ; 6. Effects of fluid compressibility (17 min)

Jahr : 1990

Ergebnisse 2 von 69488

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Audio

Harold in Italy : Berlioz, Gounod and Meyerbeer transcriptions

Jahr : 1993

John Williams and friends

Jahr : 1993

Ergebnisse 2 von 23782

Alle ansehen

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Axial flow turbines : fluid mechanics and thermodynamics

Etikett

Master resistivity curves for a two-, three-, and four-layer earth

De luce tenebrarum

Axial flow compressors : fluid mechanics and thermodynamics

Axial Flow Compressors : Fluid Mechanics and Thermodynamics

None. [Part 2]: 4. Characteristics of laminar and turbulent flow (26 min) ; 5. Form, drag, lift, and propulsion (24 min) ; 6. Effects of fluid compressibility (17 min)

None. [Part 2]: 4. Characteristics of laminar and turbulent flow (26 min) ; 5. Form, drag, lift, and propulsion (24 min) ; 6. Effects of fluid compressibility (17 min)

Harold in Italy : Berlioz, Gounod and Meyerbeer transcriptions

John Williams and friends

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