Paper 28 - Experimental Modal Analysis
ME'scopeVES Application Note #04 - Using Structural Dynamics Modification for Sub-Structuring
Paper 29 - Introduction to Operating Deflection Shapes
Paper 13 - ID of the Modal Properties of an Elastic Structure from Measured Transfer Function Data
ME'scopeVES Application Note #16 - Integration & Differentiation of FRF's
Paper 21 - Continuous Monitoring of Modal Parameters to Quantify Structural Damage
Paper 34 - Post-Processing Ambient and Forced Response Bridge Data to Obtain Modal Parameters
Operating Deflection Shapes Under Non-Stationary Conditions
Paper 22 - Determining the Accuracy of Modal Parameter Estimation
Derivation of Mass, Stiffness and Damping from Experimental Modal Data
ME'scopeVES Application Note #06 - Single vs Multiple Reference Curve Fitting
Paper 30 - Derivation of Mass, Stiffness and Damping Parameters from Experimental Modal Data
Modal Training Kit
Operating Defelction Shapes from Time vs Frequency Domain Measurements
Modal Analysis for the Connoisseur
Analysis and Design of a Structure Susceptible to Human-Induced Vibration
Paper 32 - Measuring Operating Deflection Shapes Under Non-Stationary Conditions
ME'scopeVES Application Note #01 - The FFT, Leakage, and Windowing
ME'scopeVES Reference Manual - Basic Operations
ME'scopeVES Application Note #13 - Introduction to Modal Curve Fitting