1 |
/
[
Edward J. Wolbert
] /
Analytical Thermal Report
|
2 |
Bestimmung des erhaeltnisses der Austausch Koeffizienten Fuer Waerme und Impuls bei Turbulenten Grenzschi-chten
/
[
Ludwieg, H.
] /
ZFW
|
3 |
Feul Save Associates
/
[
McChesney, M.;McChesney, P.
] /
Preventing Burns from Insulated Pipe
|
4 |
Electric Power Research Institute
/
[
Palo Alto
] /
Reactor Coolant System and Reactor Non-Safety Aux. Sys.
|
5 |
Caculation of Annular and Twin Parallel Jets using Various Discretization Schemes and Turbul- ance Model Variations
/
[
Leschziner, M. A.;Rodi W.
] /
ASME J. of Fluid, Eng.
|
6 |
Heat Transfer in the Turbulent In- compressible Boundary Layer. I. Constant Wall Temperature;II. Step Wall Temperature Distribution;III. Arbitrary Wall Temperature and flux;IV. Effect of Location of Transition and Prediction of Heat Transfer in an Known Transition Region
/
[
Reynolds, W. C. Kays;Kline S.J.
] /
NASA Memo. 12-1-58 W;NASA Memo. 12-2-58W;NASA Memo. 12-3-58W;NASA Memo.12-58W
|
7 |
Velocity and Temperature Fluctuation Measurements in a Turbulent Boundary Layer Downstream of Stepwise Discontinuity in Wall Temperature
/
[
Johnson, D.S.
] /
Trans. ASME J. Appl. Mech.
|
8 |
/
[
Patanker, S.V.
] /
Numerical Heat Transfer and Fluid Flow
|
9 |
Evaluation of Heat Loss to Containment from the Reactor Coolant System
/
[
Mahlmeister, J.
] /
PVNGS, Study No.13-MS-31, Rev. 1
|
10 |
Evaluation of Heat Loss to Containment from the Reactor Coolant Sys- tem
/
[
Mahlmeister, J.
] /
PVNGS
|
11 |
/
[] /
FLUENT Version 6.1
|