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Buch (Softcover): Fachbuch
Vibration Problems in Structures
Practical Guidelines
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Verlag:
Springer Verlag Unsere-Artikel-Nr.: N42EQKQ
EAN: 9783034899550
Erhältlich:
Nicht auf Lager
Zustellung: Di, 23.06.2026
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Beschreibung
1 Vibrations induced by people. - 1. 1 Pedestrian bridges. - 1. 2 Floors with walking people. - 1. 3 Floors for sport or dance activities. - 1. 4 Floors with fixed seating and spectator galleries. - 1. 5 High-diving platforms. - References to Chapter 1. - 2 Machinery-induced vibrations. - 2. 1 Machine foundations and supports. - 2. 2 Bell towers. - 2. 3 Structure-borne sound. - 2. 4 Ground-transmitted vibrations. - References to Chapter 2. - 3 Wind-induced vibrations. - 3. 1 Buildings. - 3. 2 Towers. - 3. 3 Chimneys and Masts. - 3. 4 Guyed Masts. - 3. 5 Pylons. - 3. 6 Suspension and Cable-Stayed Bridges. - 3. 7 Cantilevered Roofs. - References to Chapter 3. - 4 Vibrations induced by traffic and construction activity. - 4. 1 Roads. - 4. 2 Railways. - 4. 3 Bridges. - 4. 4 Construction Work. - References to Chapter 4. - A Basic vibration theory and its application to beams and plates. - A. 1 Free vibration. - A. 2 Forced vibration. - A. 3 Harmonic excitation. - A. 4 Periodic excitation. - A. 4. 1 Fourier analysis of the forcing function. - A. 4. 2 How the Fourier decomposition works. - A. 4. 3 The Fourier Transform. - A. 5 Tuning of a structure. - A. 6 Impedance. - A. 7 Vibration Isolation (Transmissibility). - A. 8 Continuous systems and their equivalent SDOF systems. - B Decibel Scales. - B. 1 Sound pressure level. - B. 2 Weighting of the sound pressure level. - C Damping. - C. 1 Introduction. - C. 2 Damping Quantities (Definitions, Interpretations). - C. 3 Measurement of damping properties of structures. - C. 3. 1 Decay curve method. - C. 3. 2 Bandwidth method. - C. 3. 3 Conclusions. - C. 4 Damping mechanisms in reinforced concrete. - C. 5 Overall damping of a structure. - C. 5. 1 Damping of the bare structure. - C. 5. 2 Damping by non-structural elements. - C. 5. 3 Damping by energy radiation to the soil. - C. 5. 4 Overall damping. - D Tuned vibration absorbers. - D. 1 Definition. - D. 2 Modelling and differential equations of motion. - D. 3 Optimum tuning and optimum damping of the absorber. - D. 4 Practical hints. - E Wave Propagation. - E. 1 Introduction. - E. 2 Wave types and propagation velocities. - E. 3 Attenuation laws. - F Behaviour of concrete and steel under dynamic actions. - F. 1 Introduction. - F. 2 Behaviour of concrete. - F. 2. 1 Modulus of elasticity. - F. 2. 2 Compressive strength. - F. 2. 3 Ultimate strain in compression. - F. 2. 4 Tensile strength. - F. 2. 5 Ultimate strain in tension. - F. 2. 6 Bond between reinforcing steel and concrete. - F. 3 Behaviour of reinforcing steel. - F. 3. 1 Modulus of Elasticity. - F. 3. 2 Strength in Tension. - F. 3. 3 Strain in tension. - G Dynamic forces from rhythmical human body motions. - G. 1 Rhythmical human body motions. - G. 2 Representative types of activity. - G. 3 Normalised dynamic forces. - H Dynamic effects from wind. - H. 1 Basic theory. - H. l. 1 Wind speed and pressure. - H. l. 2 Statistical characteristics. - a) Gust spectrum. - b) Aerodynamic admittance function. - c) Spectral density of the wind force. - H. 1. 3 Dynamic effects. - H. 2 Vibrations in along-wind direction induced by gusts. - H. 2. 1 Spectral methods. - a) Mechanical amplification function. - b) Spectral density of the system response. - H. 2. 2 Static equivalent force method based on stochastic loading. - H. 2. 3 Static equivalent force method based on deterministic loading. - H. 2. 4 Remedial measures. - H. 3 Vibrations in along-wind direction induced by buffeting. - H. 4 Vibrations in across-wind direction induced by vortex-shedding. - H. 4. 1 Single structures. - H. 4. 2 Several structures one behind another. - H. 4. 3 Conical structures. - H. 4. 4 Vibrations of shells. - H. 5 Vibrations in across-wind direction: Galloping. - H. 6 Vibrations in across-wind direction: flutter. - H. 7 Damping of high and slenderRC structures subjected to wind. - I Human response to vibrations. - I. 1 Introduction. - I. 2 Codes of practice. - I. 2. 1 ISO 2631. - I. 2. 2 DIN 4150/2. - J Building response to vibrations. - J. 1 General. - J. 2 Examples of recommended limit values. - References to the Appendices. - List of Codes and Standards.
Spezifikationen
Sprache
- Englisch
Autor
- Hugo Bachmann
- Hans G. Natke
- Hans Nussbaumer
- Anthony J. Pretlove
- Johann H. Rainer
- Ernst-Ulrich Saemann
- Walter J. Ammann
- Lorenz Steinbeisser
- Florian Deischl
- Josef Eisenmann
- Ingomar Floegl
- Gerhard H. Hirsch
- Günter K. Klein
- Göran J. Lande
- Oskar Mahrenholtz
Erscheinungsjahr
- 2011
Erscheinungsland
- Schweiz
Format
- Buch (Softcover)
Anzahl Seiten
- 260