Mehr lesen
This book covers all aspects of operational modal analysis for civil engineering, from theoretical background to applications, including measurement hardware, software development, and data processing. In particular, this book provides an extensive description and discussion of OMA methods, their classification and relationship, and advantages and drawbacks. The authors cover both the well-established theoretical background of OMA methods and the most recent developments in the field, providing detailed examples to help the reader better understand the concepts and potentialities of the technique. Additional material is provided (data, software) to help practitioners and students become familiar with OMA. Covering a range of different aspects of OMA, always with the application in mind, the practical perspective adopted in this book makes it ideal for a wide range of readers from researchers to field engineers; graduate and undergraduate students; and technicians interested in structural dynamics, system identification, and Structural Health Monitoring.
This book also:
Analyzes OMA methods extensively, providing details on implementation not easily found in the literature
Offers tutorial for development of customized measurement and data processing systems for LabView and National Instruments programmable hardware
Discusses different solutions for automated OMA
Contains many explanatory applications on real structures
Provides detail on applications of OMA beyond system identification, such as (vibration based monitoring, tensile load estimation, etc.)
Includes both theory and applications
Inhaltsverzeichnis
Introduction.- Mathematical Tools for Random Data Analysis.- Data Acquisition.- Data Processing.- Applications.- Automated OMA.
Zusammenfassung
This book covers all aspects of operational modal analysis for civil engineering, from theoretical background to applications, including measurement hardware, software development, and data processing. In particular, this book provides an extensive description and discussion of OMA methods, their classification and relationship, and advantages and drawbacks. The authors cover both the well-established theoretical background of OMA methods and the most recent developments in the field, providing detailed examples to help the reader better understand the concepts and potentialities of the technique. Additional material is provided (data, software) to help practitioners and students become familiar with OMA. Covering a range of different aspects of OMA, always with the application in mind, the practical perspective adopted in this book makes it ideal for a wide range of readers from researchers to field engineers; graduate and undergraduate students; and technicians interested in structural dynamics, system identification, and Structural Health Monitoring.
This book also:
Analyzes OMA methods extensively, providing details on implementation not easily found in the literature
Offers tutorial for development of customized measurement and data processing systems for LabView and National Instruments programmable hardware
Discusses different solutions for automated OMA
Contains many explanatory applications on real structures
Provides detail on applications of OMA beyond system identification, such as (vibration based monitoring, tensile load estimation, etc.)
Includes both theory and applications
