http://www.loc.gov/mods/v3 http://www.loc.gov/standards/mods/v3/mods-3-2.xsd
Cover; Title Page; Copyright Page; Table of Contents; Preface; Nomenclature; 1: Vibration damping -- basic concepts; 1.1 Introduction; 1.2 Measures of damping used in vibration damping theory; 1.3 Hysteresis loops of vibrating systems; References; 2: Vibration damping by viscous resistance; 2.1 Conditions of alternating motion of a viscously damped mechanical system; 2.2 Criteria for alternating motion in systems with non-linear characteristics of damping and elasticity forces; 2.3 Free vibration damping by a non-linear resistance; 2.4 The effect of non-linear damping on forced vibration
2.5 Vibration damping by elimination of non-harmonic resonancesReferences; 3: Vibration damping by dry friction; 3.1 Introduction; 3.2 Dry friction forces; 3.3 Examples of mechanical systems with dry friction; 3.4 Shock absorbers as an example of modelling systems with dry friction; 3.5 Mathematical description of the shock absorber model; 3.6 Motion analysis of the linear absorber model; References; 4: Vibration damping by internal friction; 4.1 Introduction; 4.2 Equations of motion of a vibrating system with internal friction
4.3 Description of vibration damping of composite structures within classical theories4.4 Description of vibration damping of viscoelastic composite structures within the linear theory of elasticity; 4.5 Damping modelling of laminated structures by FEM; 4.6 Modelling of damping properties of a machine foundation; References; 5: Energy dissipation in metals under cyclic loading; 5.1 Introduction; 5.2 Description of cyclic deformation in metals; 5.3 Cyclic stress-strain curve. Hysteresis loop; 5.4 Fatigue life under the condition of uniaxial cyclic loading
5.5 Multiaxial fatigue damage energy criterion5.6 The cumulative fatigue damage hypothesis in the case of stepwise loadings; 5.7 Modelling of the fatigue crack growth rate in terms of energy; References; 6: Vibration damping by structural friction; 6.1 Structural friction in tensile and torsional systems; 6.2 Structural friction in a tightening joint under stretching; 6.3 Structural friction at bending; 6.4 Free vibration of a system clamped in a tightening joint with structural friction taken into account; References
7: Vibration damping by structural friction in a system with clamped strip and a set of two beams7.1 Introduction; 7.2 Model of the system with a damped strip; 7.3 Model of system with a set of two beams; 7.4 Exact analytical method of examining free vibration of the system with the beam set; 7.5 Approximate method of analyzing forced vibration of the system with the beam set; 7.6 Numerical simulation of free and forced vibration of the system; 7.7 The system with a damped strip as a vibration eliminator; 7.8 Elasto-frictional contact of the strip/base system
7.9 Experimental examinations of the set of two beams under bending
Boca Raton : Chapman and Hall/CRC, ©2018