Dynamic Environments Testing, Vol. 7

Alexandra Karlicek, Dagny Beale, Cora Taylor

• 1 Comparison of Accelerometer Selection Algorithms for a Modal Filter Application 2 An Improved Fatigue Damage Spectrum for MIMO Random Testing 3 Characterization of Load Uncertainty on Simulated Dynamic Responses 4 Toward Generalized MIMO Random Vibration Specifications 5 A Method for Response Replication at Component-Level in MIMO Random Testing 6 Making Modal Analysis Easy and More Reliable – Challenging Ai-Based Algorithms with the Barc Example 7 An Undamped Dynamic Vibration Absorber on a Resonant Plate Shock Test 8 Analysis of a Tuned Vibration Absorber for Resonant Plate Shock Testing 9 A Methodology for Feature Selection and Electrical Capability Prediction of a Coupled Shaker-DUT Model 10 Motivating Multivariate Specifications for Multiple-Input, Multiple-Output Vibration Testing11 Understanding Changes in Global Behavior Due to Control Location12 Estimating Component Level Environments Using Next Assembly Measurements 13 Dynamic Analysis of a Modular Test Stand for Multi-Axis Vibration Testing 14 Evaluating the Effect of Shaker Placement Optimization Priorities on Multi-Axis Test Results