Coolant Passage Flow (CPF) computer code developed to predict accurately coolant flow and heat transfer inside turbomachinery cooling passages (either radial or axial blading). Computes flow in one-inlet/one-outlet passage of any shape. Calculates rate of flow of coolant, temperature, pressure, velocity, and heat-transfer coefficients along passage. Integrates one-dimensional momentum and energy equations along defined flow path, taking into account change in area, addition or subtraction of mass, pumping, friction, and transfer of heat. Written in FORTRAN IV.
Computing Flows Of Coolants In Turbomachines
NASA Tech Briefs ; 18 , 3
1994-03-01
Miscellaneous
No indication
English
Computing Flows of Coolants in Turbomachines
Online Contents | 1994
Secondary flows in turbomachines
TIBKAT | 1990
Secondary flows in turbomachines : papers
TIBKAT | 1977