Abstract
A survey is presented on publications on design, heat transfer, form factors, free convection, evaporation processes, cooling towers, condensation, annular gap, cross-flowed cylinders, axial flow through a bundle of tubes, roughnesses, convective heat transfer, loss of pressure, radiative heat transfer, finned surfaces, spiral heat exchangers, curved pipes, regeneraters, heat pipes, heat carriers, scaling, heat recovery systems, materials selection, strength calculation, control, instabilities, automation of circuits, operational problems and optimization.
Schmidt, E L;
Eisenmann, G;
Hahne, E
[1]
- Stuttgart Univ. (TH) (F.R. Germany). Inst. fuer Thermodynamik und Waermetechnik
Citation Formats
Schmidt, E L, Eisenmann, G, and Hahne, E.
Heat exchangers.
Germany: N. p.,
1976.
Web.
Schmidt, E L, Eisenmann, G, & Hahne, E.
Heat exchangers.
Germany.
Schmidt, E L, Eisenmann, G, and Hahne, E.
1976.
"Heat exchangers."
Germany.
@misc{etde_7263703,
title = {Heat exchangers}
author = {Schmidt, E L, Eisenmann, G, and Hahne, E}
abstractNote = {A survey is presented on publications on design, heat transfer, form factors, free convection, evaporation processes, cooling towers, condensation, annular gap, cross-flowed cylinders, axial flow through a bundle of tubes, roughnesses, convective heat transfer, loss of pressure, radiative heat transfer, finned surfaces, spiral heat exchangers, curved pipes, regeneraters, heat pipes, heat carriers, scaling, heat recovery systems, materials selection, strength calculation, control, instabilities, automation of circuits, operational problems and optimization.}
journal = []
volume = {28:4}
journal type = {AC}
place = {Germany}
year = {1976}
month = {Apr}
}
title = {Heat exchangers}
author = {Schmidt, E L, Eisenmann, G, and Hahne, E}
abstractNote = {A survey is presented on publications on design, heat transfer, form factors, free convection, evaporation processes, cooling towers, condensation, annular gap, cross-flowed cylinders, axial flow through a bundle of tubes, roughnesses, convective heat transfer, loss of pressure, radiative heat transfer, finned surfaces, spiral heat exchangers, curved pipes, regeneraters, heat pipes, heat carriers, scaling, heat recovery systems, materials selection, strength calculation, control, instabilities, automation of circuits, operational problems and optimization.}
journal = []
volume = {28:4}
journal type = {AC}
place = {Germany}
year = {1976}
month = {Apr}
}