File Description

UM 2014, German Aerospace Center (DLR), Institute of Flight Systems, L. Krause, J. Hofmann, M. Graser; German Aerospace Center (DLR), Institute of Aeroelasticity, S. Surrey:
Coupling SIMPACK with Helicopter Aerodynamics

UM 2014, MesH Engineering GmbH, A. Härer, D. Kucher, S. Hauptmann:
Optimization of Offshore Wind Turbine Components in Multi-Body Simulations for Cost and Load Reduction

UM 2014, RWTH Aachen, Center of Wind Power Drives, R. Schelenz; RWTH Aachen, IME, S. Flock, J. Berroth, T. Kamper; RWTH Aachen, Chair of Wind Power Drives, A. Werkmeister:
SIMPACK in the Design Process of Wind Turbines – From Entire Systems to Subcomponent Dynamics

UM 2014, TU Dresden, IMM, B. Schlecht, T. Rosenlöcher, T. Schulze, L. Reichel:
Possibilities to Use Multi-Body System Simulation Results to Design Components of Large Drivetrains

UM 2014, University of Stuttgart, SWE, F. Beyer, D. Matha, M. Arnold, B. Luhmann, P. Wen Cheng:
Coupled CFD and Vortex Methods for Modeling Hydro- and Aerodynamics of Tidal Current Turbines and On- and Offshore Wind Turbines

UM 2014, Vestas Nacelles Deutschland GmbH, S. Sommer-Eisold; ZF Wind Power Antwerpen NV, B. Marrant:
Joint Development of a Wind Turbine Drivetrain with Respect to Noise and Vibration
UM 2011, Germanischer Lloyd Industrial Services GmbH, M. Kochmann, T. Pöppel, M. Ristow:
Certification Requirements for the Drive Train Dynamics of Wind Turbines according to GL Guideline 2010
UM 2011, SkyWind GmbH, F. Richert, H. Seyedin:
The Development of an Innovative Wind Energy Concept with SIMPACK

UM 2011, Winergy, M. Robers, M. Zundel:
MBS Model Validation of Wind Turbine Gearboxes with Test Bench Measurements

UM 2011, University of Stuttgart - SWE, D. Matha, T. Hecquet, S. Hauptmann:
Aero- and Hydro-Elastic MBS Wind Turbine and Component Simulation
Aeroelasic Simulation of Wind Turbines Using Coupled Multi-Body and Aerodynamic Approaches
Design of a Wind Turbine Bedplate Using Permas and Advanced Drive Train Modeling
UM 2011, TU Dresden - IMM, B. Schlecht, T. Rosenlöcher:
Analysis of Complex Drive Trains Using SIMPACK - A Wide Range of Applications
UM 2007, TU Dresden - IMM, B. Schlecht, T. Rosenlöcher, M. Höfgen:
User Orientated Simulation Strategy to Analyse Heavy Drive Trains in SIMPACK
UM 2007, Romax, N. Ali Zaidi, R. Dorling:
An Investigation into Effects of Rolling Element Bearing Flexibility in a Wind Turbine Planetary Gearbox
UM 2007, University of Stuttgart - SWE, Stefan Hauptmann:
Simulation of Wind Turbine Structural Dynamics Affected by Turbulent Wind Fields and Controller Dynamics
UM 2006, TU Dresden - IMM, B. Schlecht, T. Schulze:
Simulation of Heavy Drive Trains with Multi-Megawatt Transmission Power in SIMPACK
UM 2006, Voith, J. Pfister, M. Tilscher, A. Basteck:
Dynamic Simulation of a Wind Turbine Using SIMPACK
UM 2004, RWTH Aachen - IME, P.W. Gold, R. Schelenz, W. Frenschek, A. Klein, D. Möller:
Simulation of the Three-Dimensional Vibration Behaviour of a Wind Energy Plant
UM 2004, TU Dresden - IMM, B. Schlecht, T. Schulze, T. Hähnel:
Multi-body-System-Simulation of Windturbines for Determination of Additional Dynamic Loads
UM 2003, TU Dresden - IMM, T. Schulze:
Simulation of Drive Trains in Wind Turbines with SIMPACK