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Worked examples in heat transfer fuels & refractories fluid flow in furnace technology

Gwyther, D. N.

$Worked examples in heat transfer fuels & refractories fluid flow in furnace technology$

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Natura

Monografia

Titolo

Worked examples in heat transfer fuels & refractories fluid flow in furnace technology

Nomi

[Autore] Gwyther, D. N.

Descrizione

Worked examples in heat transfer fuels & refractories fluid flow in furnace technology / D. N. Gwyther

Descrizione Fisica

V, 146 p. : ill. ; 21 cm

Note

in cop.: Monograph No. 12

Numeri Standard

ISBN: 90146225X, ERR.

Data

\198.

Luogo di pubblicazione

London

Paese

GRAN BRETAGNA

Lingua

INGLESE

Altro Titolo

Heat transfer fuels & refractories fluid flow in furnace technology

Fonte

Biblioteche SBN Sardegna

IT\ICCU\UAN\0007643

Link Risorse

http://id.sbn.it/bid/UAN0007643

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Worked examples in heat transfer fuels & refractories fluid flow in furnace technology

Tag

Emulsifiers in food technology

Campana

Worked examples in mass and heat transfer in materials engineering

Heat transfer and fluid flow in rotating coolant channels

None. [Part 1]: 1. Introduction to the study of motion (24 min) ; 2. Fundamental principles of flow (23 min) ; 3. Fluid motion in a gravitational field (23 min)

None. [Part 1]: 1. Introduction to the study of motion (24 min) ; 2. Fundamental principles of flow (23 min) ; 3. Fluid motion in a gravitational field (23 min)

Sinfonia n. 8 in si minore D 759 Incompiuta

14: Symphony N. 9 in D major (conclusion)

Commenti

Regione Sardegna

Worked examples in heat transfer fuels & refractories fluid flow in furnace technology

Tag

Emulsifiers in food technology

Campana

Worked examples in mass and heat transfer in materials engineering

Heat transfer and fluid flow in rotating coolant channels

None. [Part 1]: 1. Introduction to the study of motion (24 min) ; 2. Fundamental principles of flow (23 min) ; 3. Fluid motion in a gravitational field (23 min)

None. [Part 1]: 1. Introduction to the study of motion (24 min) ; 2. Fundamental principles of flow (23 min) ; 3. Fluid motion in a gravitational field (23 min)

Sinfonia n. 8 in si minore D 759 Incompiuta

14: Symphony N. 9 in D major (conclusion)

Commenti