Topics in Experimental Dynamics Substructuring, Volume 2: Proceedings of the 31st IMAC, A Conference and Exposition on Structural Dynamics, 2013, the second volume of seven from the Conference, brings together contributions to this important area of research and engineering. The collection presents early findings and case studies on fundamental and applied aspects of Structural Dynamics, including papers on:
Nonlinear Substructures
SEM Substructures Wind Turbine Testbed - Blade Modeling & Correlation
Substructure Methods
SEM Substructures Wind Turbine Testbed
Frequency Based Substructures
Fixed Base Substructure Methods
Substructure Methods
SEM Substructures Wind Turbine Testbed
Frequency Based Substructures
Fixed Base Substructure Methods.
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978-87-438-0471-0 (9788743804710)
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Schweitzer Klassifikation
Randy Mayes, Sandia National Laboratories, Albuquerque, USA. Daniel Rixen, Dep. Precision and Microsystems Eng., Delft University of Technology, Delft, Netherlands. Matt Allen, Engineering Physics Department, University of Wisconsin Madison, Madison, USA.
1 Integrating Biodynamic Measurements in Frequency-Based Substructuring to Study Human-Structure Interaction 2 Investigation of Modal Iwan Models for Structures with Bolted Joints 3 Identification of Nonlinear Joint Characteristic in Dynamic Substructuring 4 Structural Modification of Nonlinear FEA Subcomponents Using Nonlinear Normal Modes 5 Modeling and Calibration of Small-Scale Wind Turbine Blade 6 Ranking Constituents of Coupled Models for Improved Performance 7 Numerical Substructuring Methods in Finite Element Analysis 8 Substituting Internal Forces for Blocked Forces or Free Interface Displacements in Substructured Simulations 9 Error Estimation and Adaptive Model Reduction Applied to Offshore Wind Turbine Modeling 10 Coupling Experimental and Analytical Substructures with a Continuous Connection Using the Transmission Simulator Method 11 A New Structural Modification Method with Additional Degrees of Freedom for Dynamic Analysis of Large Systems 12 IMAC XXXI: Additional Modal Testing of Turbine Blades and the Application of Transmission Simulator Substructuring Methodology for Coupling 13 IMAC XXXI: Dynamic Substructuring 14 Selection of Interface DoFs in Hub-Blade(s) Coupling of Ampair Wind Turbine Test Bed 15 The Ampair 600 Wind Turbine Benchmark: Results From the Frequency Based Substructuring Applied to the Rotor Assembly16 Coupling of a Bladed Hub to the Tower of the Ampair 600 Wind Turbine Using the Transmission Simulator Method 17 Spread in Modal Data Obtained from Wind Turbine Blade Testing 18 Implementation of Admittance Test Techniques for High-Precision Measurement of Frequency Response Functions 19 Proposed Approach for Admittance Testing of a Complex Aerospace Structure 20 Validation of Current State Frequency Based Substructuring Technology for the Characterisation of Steering Gear-Vehicle Interaction 21 Strategies to Exploit Test Data in Subsystem Subtraction 22 Effects of Precise FRF Measurements for Frequency Based Substructuring 23 Extending the Frequency Band for Fixed Base Modal Analysis on a Vibration Slip Table 24 Extraction of Fixed-Base Modes of a Structure Mounted on a Shake Table 25 Efficient Method of Measuring Effective Mass of a System 26 Formulation of a Craig-Bampton Experimental Substructure Using a Transmission Simulator.
