[Book Cover]

Construction Vibrations, 1/e

Charles H. Dowding, Northwestern University

Published February, 1996 by Prentice Hall Engineering/Science/Mathematics

Copyright 1996, 610 pp.
Cloth
ISBN 0-13-299108-X


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Summary

This comprehensive text covers the entire field of construction-induced vibrations, including the latest advances in earthquake engineering and nuclear blast protective design as well as construction and mine blasting. Frequency of vibration and strain form the foundation for the presentation of the material. The book also defines the major regulatory issues faced by those responsible for producing construction vibrations.

Features


free analytical software is available for students and professors to calculate structural blast response and check answers.
practical approach allows the text to be understood without an extensive background in calculus.
detailed contractual specifications illustrate how science is incorporated into the contract.
detailed explanitory solutions to 120 practical problems similar to those encountered in consulting assignments.


Table of Contents

    1. Introduction: Focus, Organization, and Themes.
    2. Ground Strains from Plane Wave Approximations.
    3. Typical Vibration Histories and Elementary Analysis.
    4. Prediction of Peak Particle Velocity.
    5. Response Spectra and Structural Response.
    6. Structural Natural Frequencies and Damping: Estimation and Measurement.
    7. Resonance, Higher Mode, and Traveling-Wave Response.
    8. Cosmetic Cracking and Its Documentation.
    9. Response Spectra of Motions Causing Cracking.
    10. Frequency-Based Control of Construction Vibrations.
    11. Prediction of Principal Frequency and Response Spectra for Construction Blasting.
    12. Probability of Cracking and Fatigue from Repetitive Loading.
    13. Comparison of Environmental and Vibration-Induced Crack Movement.
    14. Air-Blasts and Construction Noise.
    15. Pile Driving.
    16. Impacting, Vibrating, Rotating, and Rolling Construction Equipment.
    17. Explosive Demolition.
    18. Vibration Stability of Rock Slopes.
    19. Blast Densification of Sands.
    20. Permanent Displacement and Pile-Driving Vibrations.
    21. Fracture and Permanent Deformation of Rock and Concrete.
    22. Response of Pipelines and Buried Structures.
    23. Human Response.
    24. Microvibrations, Equipment, Sensitivity, and Occupant-Induced Vibrations.
    25. Instrumentation and Microcomputers.
    26. Specifications for the Control Construction Vibrations.
    27. The Explosion Process and Explosive Products.
    28. Millisecond-Delay Initiation Systems.
    29. Blast Design.
    30. Timing, Geometry, and Loading Effects on Particle Velocity.
    31. Analytical Software.
    Appendices.


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