Impact mechanics

Impact Mechanics [W.J. Stronge]......Page cover_0001.djvu
Overview......Page 00001.djvu
Title......Page 00003.djvu
Copyright......Page 00004.djvu
Dedication......Page 00005.djvu
Contents......Page 00007.djvu
List of Symbols......Page 00013.djvu
Preface......Page 00017.djvu
1. Introduction to Analysis of Low Speed Impact......Page 00021.djvu
1.1 Terminology of two-body impact......Page 00022.djvu
1.2 Classification of methods for analyzing impact......Page 00023.djvu
1.3 Principles of dynamics......Page 00031.djvu
1.4 Decomposition of a vector......Page 00038.djvu
2.1 Equation of relative motion for direct impact......Page 00041.djvu
2.2 Compression and restitution phases of collision......Page 00043.djvu
2.3 Kinetic energy of normal relative motion......Page 00045.djvu
2.5 Coefficient of restitution and kinetic energy absorbed in collision......Page 00046.djvu
2.6 Velocities of contact points at separation......Page 00048.djvu
2.7 Partition of loss of kinetic energy......Page 00050.djvu
3.1 Equations of relative motion at contact point......Page 00055.djvu
3.2 Impact of smooth bodies......Page 00057.djvu
3.3 Friction from sliding of rough bodies......Page 00060.djvu
3.4 Work of reaction impulse......Page 00064.djvu
3.5 Friction in collinear impact configurations......Page 00075.djvu
3.6 Friction in noncollinear impact configurations......Page 00079.djvu
4. 3D Impact of Rough Rigid Bodies......Page 00083.djvu
4.1 Collision of two free bodies......Page 00084.djvu
4.2 Oblique collision of a rotating sphere on a rough half space......Page 00090.djvu
4.3 Slender rod that collides with a rough half space......Page 00092.djvu
4.4 Equilateral triangle colliding on a rough half space......Page 00095.djvu
4.5 Spherical pendulum colliding on a rough half space......Page 00099.djvu
4.6 Genaral 3D impact......Page 00103.djvu
5.1 Direct impact of viscoelastic bodies......Page 00106.djvu
5.2 Tangential compliance in planar impact of rough bodies......Page 00113.djvu
6. Continuum Modeling of Local Deformation Near the Contact Area......Page 00136.djvu
6.1 Quasistatic compression of elastic-perfectly plastic solids......Page 00137.djvu
6.2 Resolved dynamics of planar impact......Page 00146.djvu
6.3 Coefficient of restitution for elastic-plastic solids......Page 00151.djvu
6.4 Partition of internal energy in collision between dissimilar bodies......Page 00152.djvu
6.6 Transverse impact of rough elastic-plastic cylinders - Applicability of energetic coefficient of restitution......Page 00157.djvu
6.7 Synopsis for spherical elastic-plastic indentation......Page 00163.djvu
7.1 Longitudinal wave in uniform elastic bar......Page 00166.djvu
7.2 Planar impact of rigid mass against end of elastic bar......Page 00176.djvu
7.3 Impact, local indentation and resultant stress wave......Page 00180.djvu
7.4 Wave propagation in dispersive systems......Page 00182.djvu
7.5 Transverse wave in a beam......Page 00184.djvu
8. Impact on Assemblies of Rigid Elements......Page 00193.djvu
8.1 Impact on a system of rigid bodies connected by noncompliant bilateral constraints......Page 00194.djvu
8.2 Impact on a system of rigid bodies connected by compliant constraints......Page 00202.djvu
9.1 Free vibration of slender elastic bodies......Page 00221.djvu
9.2 Transverse impact on an elastic beam......Page 00226.djvu
10. Propagating Transformations of State in Self-Organizing Systems......Page 00239.djvu
10.1 Systems with single attractor......Page 00240.djvu
10.2 Systems with two attractors......Page 00242.djvu
10.3 Approach to chaos - an unbounded increase in number of attractors......Page 00262.djvu
Appendix A: Role of Impact in the Development of Mechanics During the Seventeenth and Eighteenth Centuries......Page 00268.djvu
Appendix B: Glossary of Terms......Page 00286.djvu
Answers to Some Problems......Page 00289.djvu
References......Page 00291.djvu
Index......Page 00297.djvu