1.

Technical Paper
Technical Paper
1. Design of a Highly-Loaded Four-Stage Low-Speed Research Compressor.
Clemen, C. ; Schrapp, H. ; Gummer, V. ; Muller, R. ; Vogeler, K.
Pub. info.: A.S.M.E. paper.  2008.  New York, NY.  American Society of Mechanical Engineers
Title of ser.: ASME Technical Paper : GT
Ser. no.: 2008
2.

Technical Paper
Technical Paper
2. Breakdown of the Tip Clearance Vortex in a Rotor Equivalent Cascade and in a Single-Stage Low-Speed Compressor.
Schrapp, H. ; Stark, U. ; Saathoff, H.
Pub. info.: A.S.M.E. paper.  2008.  New York, NY.  American Society of Mechanical Engineers
Title of ser.: ASME Technical Paper : GT
Ser. no.: 2008
3.

Technical Paper
Technical Paper
3. Structure of the Rotor Tip Flow in a Highly Loaded Single- Stage Axial- Flow Pump Approaching Stall Part II: Stall Inception- Understanding the Mechanism and Overcoming its Negative Impacts.
Goltz, I. ; Kosyna, G. ; Wulff, D. ; Schrapp, H. ; Stark, U.
Pub. info.: A.S.M.E. paper.  2004.  New York, NY.  American Society of Mechanical Engineers
Title of ser.: ASME Technical Paper : HT-FED
Ser. no.: 2004
4.

Technical Paper
Technical Paper
4. Structure of the Rotor Tip Flow in a Highly- Loaded Single- Stage Axial- Flow Pump Approaching Stall Part I: Breakdown of the Tip- Clearance Vortex.
Schrapp, H. ; Stark, U. ; Goltz, I. ; Kosyna, G. ; Bross, S.
Pub. info.: A.S.M.E. paper.  2004.  New York, NY.  American Society of Mechanical Engineers
Title of ser.: ASME Technical Paper : HT-FED
Ser. no.: 2004