Dynamics of Civil Structures, Volume 2: Proceedings of the 41st IMAC, A Conference and Exposition on Structural Dynamics, 2023, the second volume of ten 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 the Dynamics of Civil Structures, including papers on:
Structural Vibrations Structural Health Monitoring Human-Structure Interaction Vibration Control and Mitigation Innovative Sensing for Structural Applications Smart Structures and Automation Modal Identification of Structural Systems Dynamics of Buildings, Bridges, and Off-Shore Platforms.
Preface 1 Forced Response Measurements on a Seven-Story Timber Building
2 Application of a Structural Digital Twin on a Laboratory Model for
Performance Monitoring of Aging and Degradation 3 Full-Scale Multi-Dataset
OMA on a 368-Meter High TV and Radio Transmission Tower 4 Acceleration
Evaluation of a High-Speed Railway PC Box Girder Bridge with Slab Track 5
Examining Methods for Modeling Road Surface Roughness Effects in
VehicleBridge Interaction Models via Physical Testing 6 A Very Efficient
Method to Estimate Statistics in the Spectral Domain: Application to the
Aero- and Hydro-Elastic Responses of a Floating Bridge 7 System
Identification of a Steel Arch Bridge Using Ambient Vibration Tests,
Video-Motion Analysis Technique, and Modal Response Analysis 8
Structure-Agnostic Gait Cycle Segmentation for In-Home Gait Health Monitoring
Through Footstep-Induced Structural Vibrations 9 Feasibility of Using
Accelerometers to Detect Human Footsteps for Cadence Estimation on Health
Sciences 10 Assessment of a Vision-Based Technique to Estimate the
Synchronization of Jumping Crowds in Civil Structures 11 Human-Structural
Dynamics Interfaces Using Augmented Reality 12 The Effects of an Extended
Sensitivity Analysis of Sensor Configurations for Bridge Damage Detection
Using Experimental Data 13 Localization of Structural Damage Based on First
Passage Times for a Pre-stressed SteelStrip 14 Experimental Vibration
Analysis on the Rykkjem Ferry Dock During Ferry Berthing Bartosz Siedziako,
Aksel Fenerci, and Torodd Skjerve Nord 15 Application of Impact-Driven
Vibrations to Estimate Axial Stress in Continuous Welded Rails 16 Towards
Risk-Informed PBSHM: Populations as Hierarchical Systems 17 On the Influence
of Corrosion Levels in the Dynamic Behavior of Pretensioned Concrete
Structural Elements 18 Force Identification and Response Prediction of an
Offshore Platform Using Admittance Function and Incomplete Response
Measurements 19 Calculating Structure Similarity via a Graph Neural Network
in Population-Based Structural Health Monitoring: Part II 20
Three-Dimensional Structural Displacement Estimation Using a Low-Cost Sensing
System Combining a Consumer-Grade Camera and an Accelerometer 21 Condition
Assessment of Cylindrical Structures Using Helical Guided Ultrasonic Waves 22
A Supervised Deep Learning Method to Classify Structural Damage of a Bridge
Deck Mock-Up 23 Eigenfrequency-Based Feature for Automatic Detection of Real
Damage in Tie-Rods Under Uncontrolled Environmental Conditions 24 A New
Cloud-Based Software for Automated SHM of Civil Structures 25 Practical
Application of Active Mass Damping for Floors in a Commercial Building 26
Experimental Investigation of a Variable Inertia Rotational Mechanism 27
Deep-Learning-Based Friction Modeling of Dry Interfaces for Structural
Dampers 28 Development of Semi-active Cam-Lever Friction Device on a
Small-Scale Structure Subjected to Earthquake Loads 29 Vibration Control
Using Frictional Tuned Mass Dampers with Stick-Slip Motion 30 A Simulink
Model for the Dynamic Analysis of Floating Wind Turbines 31 Evaluating
Rhythmic Jumping on Vibrating Platform Using Kinematic Data 32 vPERFORM: The
Development of Footfall Loading Models for Human Walking on Vibrating
Surfaces 33 Evaluating and Modifying Existing Building Structures for
Vibration-Sensitive Applications 34 Vibration Serviceability Evaluation of a
Modular Steel Plate Floor Assembly.
Hae Young Noh, Stanford University, Stanford, USA. Matthew Whelan, University of North Carolina at Charlotte, Charlotte, USA. P. Scott Harvey, University of Oklahoma, Norman, USA.
Lisainfo e-raamatute kohta