Abstract
A programme system for the medium and multiple section calculation of axial-flow turbines is explained. It allows calculations of turbine flow-through by gas and steam at designing and partial load states. The algorithms are independent upon the formulation of thermodynamic function, so that the programmes can be used for any means of production. The highest accuracy and efficiency can be guaranteed by the use of formulations of thermodynamic functions of water.
Citation Formats
Fischer, S, and Hultsch, M.
For effective thermodynamic calculation of turbines flow-through by gas and steam.
Germany: N. p.,
1982.
Web.
Fischer, S, & Hultsch, M.
For effective thermodynamic calculation of turbines flow-through by gas and steam.
Germany.
Fischer, S, and Hultsch, M.
1982.
"For effective thermodynamic calculation of turbines flow-through by gas and steam."
Germany.
@misc{etde_6470920,
title = {For effective thermodynamic calculation of turbines flow-through by gas and steam}
author = {Fischer, S, and Hultsch, M}
abstractNote = {A programme system for the medium and multiple section calculation of axial-flow turbines is explained. It allows calculations of turbine flow-through by gas and steam at designing and partial load states. The algorithms are independent upon the formulation of thermodynamic function, so that the programmes can be used for any means of production. The highest accuracy and efficiency can be guaranteed by the use of formulations of thermodynamic functions of water.}
journal = []
volume = {31:3}
journal type = {AC}
place = {Germany}
year = {1982}
month = {Mar}
}
title = {For effective thermodynamic calculation of turbines flow-through by gas and steam}
author = {Fischer, S, and Hultsch, M}
abstractNote = {A programme system for the medium and multiple section calculation of axial-flow turbines is explained. It allows calculations of turbine flow-through by gas and steam at designing and partial load states. The algorithms are independent upon the formulation of thermodynamic function, so that the programmes can be used for any means of production. The highest accuracy and efficiency can be guaranteed by the use of formulations of thermodynamic functions of water.}
journal = []
volume = {31:3}
journal type = {AC}
place = {Germany}
year = {1982}
month = {Mar}
}