Originally published in 1926, this informative and detailed textbook is primarily aimed at university students studying applied mathematics for a science or engineering degree and contains a large number of useful examples to work though. Basic knowledge of elementary dynamics is assumed throughout, as is a working knowledge of differential and integral calculus.
Originally published in 1926, this informative and detailed textbook is primarily aimed at university students studying applied mathematics for a science or engineering degree and contains a large number of useful examples to work though. Basic knowledge of elementary dynamics is assumed throughout, as is a working knowledge of differential and integral calculus.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Preface 1. Fundamental definitions and principles 2. Motion in a straight line 3. Uniplanar motion where the accelerations parallel to fixed axes are given 4. Uniplanar motion referred to Polar coordinates 5. Uniplanar motion where the acceleration is towards a fixed centre and varies as the inverse square of the distance 6. Tangenital and normal accelerations 7. Motion in a resisting medium 8. Oscillatory motion 9. Motion in three dimensions. Acceleration in terms of Polar coordinates 10. The hodograph 11. Moments and products of inertia 12. D'Alembert's principle 13. Motion about a fixed axis 14. Motion in two dimensions. Finite forces 15. Motion in two dimensions. Impulsive forces 16. Instantaneous centre 17. Conservation of linear and angular momentum 18. Lagrange's equations in generalised coordinates 19. Small oscillations 20. Motion of a top Miscellaneous examples I Miscellaneous examples II Appendix on differential equations.
Preface 1. Fundamental definitions and principles 2. Motion in a straight line 3. Uniplanar motion where the accelerations parallel to fixed axes are given 4. Uniplanar motion referred to Polar coordinates 5. Uniplanar motion where the acceleration is towards a fixed centre and varies as the inverse square of the distance 6. Tangenital and normal accelerations 7. Motion in a resisting medium 8. Oscillatory motion 9. Motion in three dimensions. Acceleration in terms of Polar coordinates 10. The hodograph 11. Moments and products of inertia 12. D'Alembert's principle 13. Motion about a fixed axis 14. Motion in two dimensions. Finite forces 15. Motion in two dimensions. Impulsive forces 16. Instantaneous centre 17. Conservation of linear and angular momentum 18. Lagrange's equations in generalised coordinates 19. Small oscillations 20. Motion of a top Miscellaneous examples I Miscellaneous examples II Appendix on differential equations.
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