Formulas for Structural Dynamics
Tables, Graphs and Solutions
Résumé
The most up-to-date collection of frequency equations
and forms of free vibrations for beams, arches, and
framesFORMULAS FOR STRUCTURAL DYNAMICSTables, Graphs, and
SolutionsThis reference book is devoted to determination of
frequencies and forms of free vibrations for beams, arches,
and frames. This book provides the most comprehensive,
up-to-date reference of known solutions of such problems.
The material presented in the book is compiled from
monographs, handbooks, and numerous journals.This reference
book has been written for specialists in the field of
dynamics of deformable systems, and is intended for
practical use during design, testing, or scientific
research. This book is also useful for instructors,
graduate, and postgraduate students dealing with modern
civil, mechanical, transportation, acoustical,
aeronautical, shipbuilding, aircraft, robotics engineering,
and so on.Formulas for Structural Dynamics
features:*Considerable scope: this is the most complete
up-to-date collection of frequency equations and forms of
free vibrations for beams, arches, and frames that has ever
been published*About 500 frequency problems most commonly
encountered in practical engineering: problems selection is
based on many years experience of the authors in the field
of structural dynamics.*Quick-access organization: each
chapter is a quick reference to a well-defined
topic.Destined to be a classic reference, experts Igor A.
Karnovsky and Olga I. Lebed's Formulas for Structural
Dynamics deserves a place of honor on your desk. It's a
book for those who want to find answers while others are
still scratching their heads.Igor A. Karnovsky has an M.A.
in Civil Engineering (1962, Ukraine) Ph.D. in Structural
Mechanics (1970, Ukraine)Igor A. Karnovsky is a specialist
in structural mechanics, theory of vibration, and optimal
control of vibrations. He has 25 years experience of
researching, teaching, and consulting and has more than 60
scientific articles and patents published.Dr.Sc. in
Dynamics of Structures and Apparatus (1989, Georgia)Olga
Lebed has M.A. in Civil Engineering (1984, Ukraine)M.Sc. in
Mathematics Education (1998, Canada)Olga Lebed is a
specialist in engineering mechanics, stress analysis, and
structural mechanics. She has 10 years experience as a
structural engineer, researcher, and instructor. She has 12
scientific articles published. She teaches engineering
courses at the British Columbia Institute of
Technology.
Contents
- Introduction
- Traverse Vibration Equations and Analysis Methods
- Fundamental Equations of classical Beam Theory
- Special Functions for Dynamical Calculation of Beams
and Frames
- Bernoulli-Euler Uniform Beams with Classical Boundary
Conditions
- Bernoulli-Euler Uniform One-Span Beams With Elastic
Supports
- Bernoulli-Euler Uniform Beams with Lumped and
Rotational Mass
- Beams on Elastic Linear Foundation
- Bernoulli-Euler Multi-Span Beams
- Prismatic Beams Under Compressive and Tensile
Loads
- Bress-Timoshenko Uniform Prismatic Beams
- Non-Uniform One-Span Beams
- Optimally Designed Beams
- Nonlinear Traverse Vibrations
- Arches
- Miscellaneous Beams
- Frames
- Appendix
L'auteur - Olga Lebed
Olga Lebed has M.A. in Civil Engineering (1984, Ukraine)
and a M.Sc. in Mathematics Education (1998, Canada). Lebed
is a specialist in engineering mechanics, stress analysis,
and structural mechanics. She has 10 years experience as a
structural engineer, researcher, and instructor. She has 12
scientific articles published. She teaches engineering
courses at the British Columbia Institute of
Technology.
L'auteur - Igor A. Karnovsky
Igor A. Karnovsky has an M.A. in Civil Engineering (1962, Ukraine) and a Ph.D. in Structural Mechanics (1970, Ukraine). Karnovsky is a specialist in structural mechanics, theory of vibration, and optimal control of vibrations. He has 25 years experience of researching, teaching, and consulting and has more than 60 scientific articles and patents published.
Caractéristiques techniques
| PAPIER | |
| Éditeur(s) | Mc Graw Hill |
| Auteur(s) | Olga Lebed, Igor A. Karnovsky |
| Parution | 01/10/2000 |
| Nb. de pages | 535 |
| Format | 15,5 x 23,5 |
| Couverture | Relié |
| Poids | 1020g |
| Intérieur | Noir et Blanc |
| EAN13 | 9780071367127 |
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