1.

Technical Paper
Technical Paper
1. Flow characteristics of a highly rotating turbine cavity system with discharge hole
Maeng, D. J. ; Lee, J. S. ; Jakoby, R. ; Kim, S. ; Wittig, S.
Pub. info.: A.S.M.E. paper.  1999.  New York.  The American Society of Mechanical Engineers
Title of ser.: ASME Technical Paper : GT
Ser. no.: 1999
2.

Technical Paper
Technical Paper
2. Characteristics of discharge coefficient in a rotating disk system
Maeng, D. J. ; Lee, J. S. ; Jakoby, R. ; Kim, S. ; Wittig, S.
Pub. info.: A.S.M.E. paper.  1998.  New York.  The American Society of Mechanical Engineers
Title of ser.: ASME Technical Paper : GT
Ser. no.: 1998
3.

Technical Paper
Technical Paper
3. Experimental and numerical study of orifice discharge coefficients in high spped rotating disks
Wittig, S. ; Kim, S. ; Jakoby, R. ; Weibert, I.
Pub. info.: A.S.M.E. paper.  1994.  New York.  The American Society of Mechanical Engineers
Title of ser.: ASME Technical Paper : GT
4.

Technical Paper
Technical Paper
4. Numerical Simulation of the Unsteady Flow Field in an Axial Gas Turbine Rim Seal Configuration.
Jakoby, R. ; Lindblad, K. ; Larsson, J. ; deVito, L. ; Bohn, D. E.
Pub. info.: A.S.M.E. paper.  2004.  New York, NY.  American Society of Mechanical Engineers
Title of ser.: ASME Technical Paper : GT
Ser. no.: 2004
5.

Technical Paper
Technical Paper
5. Influence of an Axial and Radial Rim Seal Geometry on Hot Gas Ingestion into the Upstream Cavity of a 1.5-Stage Turbine.
Bohn, D.E. ; Decker, A. ; Ohlendorf, N. ; Jakoby, R.
Pub. info.: A.S.M.E. paper.  2006.  New York, NY.  American Society of Mechanical Engineers
Title of ser.: ASME Technical Paper : GT
Ser. no.: 2006