This thesis deals with the calculation procedures for determining the heat transfer coefficient for steam condensers. The first section provides a basic overview for industrial steam condensers and possible procedure for selecting the appropriate type of tube condenser. The next section describes the types of condensation and equations for determining the heat transfer coefficient for various geometries of tubular condensers. In the final section there is performed practical calculation of condenser in Maple software using the above relations. The results obtained in this calculation are compared with the results obtained by professional computational software Chemcad and HTRI
U ovom radu napravljena je analiza koeficijenata prijelaza topline prilikom kondenzacije kod pločast...
U ovom radu napravljena je analiza koeficijenata prijelaza topline prilikom kondenzacije kod pločast...
The Master’s thesis dealing with air-cooled condensers is split into four sections. The first sectio...
The subject of this diploma thesis is experimental and numerical assessment of the heat transfer coe...
The bachelor’s thesis dealing with surface condensers is split into three main sections. The first s...
This master´s thesis deals with an air cooled condenser. The specific attention is focused on the co...
This diploma thesis focuses on strength design of steam condenser. The goal of the thesis is to make...
The doctoral thesis is aimed at condensation heat transfer of water steam on a cylindric wall. This ...
Thesis is focused on calculation of the condenser of flue gas, which is created by burning of natura...
Disertační práce je zaměřena na přenos tepla při kondenzaci vodní páry na válcové stěně. Tento fyzik...
For the purpose of finding out the relations between the inclination of condenser tube and the surfa...
This thesis discusses an investigation of film condensation of steam on the outside surface of an in...
The master thesis deals with the design, tracing and dimensioning of condensate pipeline. In the beg...
This thesis discusses an investigation of film condensation of steam on the outside surface of an in...
The Master´s thesis is dealing with water-cooled condensers and is splitted into three main parts. T...
U ovom radu napravljena je analiza koeficijenata prijelaza topline prilikom kondenzacije kod pločast...
U ovom radu napravljena je analiza koeficijenata prijelaza topline prilikom kondenzacije kod pločast...
The Master’s thesis dealing with air-cooled condensers is split into four sections. The first sectio...
The subject of this diploma thesis is experimental and numerical assessment of the heat transfer coe...
The bachelor’s thesis dealing with surface condensers is split into three main sections. The first s...
This master´s thesis deals with an air cooled condenser. The specific attention is focused on the co...
This diploma thesis focuses on strength design of steam condenser. The goal of the thesis is to make...
The doctoral thesis is aimed at condensation heat transfer of water steam on a cylindric wall. This ...
Thesis is focused on calculation of the condenser of flue gas, which is created by burning of natura...
Disertační práce je zaměřena na přenos tepla při kondenzaci vodní páry na válcové stěně. Tento fyzik...
For the purpose of finding out the relations between the inclination of condenser tube and the surfa...
This thesis discusses an investigation of film condensation of steam on the outside surface of an in...
The master thesis deals with the design, tracing and dimensioning of condensate pipeline. In the beg...
This thesis discusses an investigation of film condensation of steam on the outside surface of an in...
The Master´s thesis is dealing with water-cooled condensers and is splitted into three main parts. T...
U ovom radu napravljena je analiza koeficijenata prijelaza topline prilikom kondenzacije kod pločast...
U ovom radu napravljena je analiza koeficijenata prijelaza topline prilikom kondenzacije kod pločast...
The Master’s thesis dealing with air-cooled condensers is split into four sections. The first sectio...