Special propulsion and measuring systems have been developed for the study of thrusters. The SVA owns propulsion and measuring systems for use in the towing tank and cavitation tunnel for testing thrusters with pushing or pulling propellers, twin and also contra rotating propellers. The systems allow the measurement of thrusts and moments of the propellers and the determination of housing resistance. The system forces and torques of the thruster are measured with 3- or 6-component balances.
Tests and calculations for thrusters are carried out in particular for propeller manufacturers (determination of the characteristics of thrusters, optimisation and development), shipyards and shipping companies (Propulsion). To convert the model test results to full-scale, the SVA has developed its own method for Reynolds number correction for thrusters. Systematic CFD calculations of thrusters were carried out in the R & D project “Correlation of Z-Drives with Ducted Propellers” , .
In recent years, aspects of DPability of thrusters were increasingly analysed. As part of the research project “Thruster for Dynamic Positioning” ,  extensive studies on the influence of gondola and nozzle angle on the operating parameters of the thruster, the interaction of the thruster with the platform, and the mutual interaction of the thrusters were performed.
For the study of DP capability of platforms, special propulsion and measuring systems have been developed to ensure the variability of the inclination of the gondola housing and an unlimited pivoting of the thruster.
Context Related References / Research Themes
 Abdel-Maksoud, M., Heinke, H.-J.: Investigation of Viscous Flow around Modern Propulsion Systems, CFD’99, Ulsteinvik, Norway, June 1999
 Abdel-Maksoud, M., Heinke, H.-J.: Scale Effects on Ducted Propellers, 24th Symposium on Naval Hydrodynamics, Fukuoka, Japan, July 2002
 Heinke, H.-J.: Azimuthing propulsion – Experiences of SVA, 6. SVA – Forum „Azimuthing Propulsion – new challenges and chances“, Potsdam, April 1998, Schiffbauforschung 38 (1999) 1
 Heinke, H.-J., Abdel-Maksoud, M., Pierzynski, M. (2006): Korrelation Z-Antrieb mit Düsenpropeller, Schiff & Hafen, 2006, Heft 5
 Heinke, H.-J.: Model Tests with the Voith Radial Propeller, 3rd Hydrodynamic Symposium on Voith Schneider Propulsion, Heidenheim, June 2010
 Heinke, C.: Erhöhung der DP-Fähigkeit durch optimalen Einsatz von Thrustern, STG-Hauptversammlung, Hamburg, November 2012, Jahrbuch der Schiffbautechnischen Gesellschaft, 107. Band, 2012