Modal Analysis and Testing

Inhaltsverzeichnis

• An Overview of the Fundamentals of Modal Analysis.
• to Signal Processing.
• 1: Fundamentals of Signal Processing.
• 2: Advanced Signal Processing.
• Rules for the Exchange and Analysis of Dynamic Information.
• I: Basic Definitions and Test Scenarios.
• II: Numerically Simulated Results for a Deterministic Excitation with no External Loads.
• III: Numerically Simulated and Experimental Results for a Deterministic Excitation with External Loads.
• IV: Numerically Simulated and Experimental Results for a Random Excitation.
• V: Q-Transmissibility Matrix vs. Single Point Transmissibility in Test Environments.
• PartVI: Current Practice and Standards.
• Theoretical Models for Modal Analysis.
• Fundamentals of Time Domain Modal Identification.
• Modal Identification Methods in the Frequency Domain.
• Parametric Identification Based on Pseudo-Tests.
• Updating of Analytical Models — Basic Procedures and Extensions.
• Model Quality Assessment and Model Updating.
• Damage Detection and Evaluation I.
• Damage Detection and Evaluation II Field Applications to Large Structures.
• Structural Modification.
• Damping: an Introduction to Viscoelastic Models.
• Description of Damping and Applications.
• Existence and Normalization of Complex Modes for Post Experimental Use in Modal Analysis.
• Active Control of Structures.
• Acoustic Modal Analysis.
• Neural Networks for Modal Analysis.
• Advanced Optimisation Methods for Model Updating.
• Modal Analysis for Rotating Machinery.
• Nonlinearity in Modal Analysis.