Handbook for Engineers. - Yakovlev, J. P. (London : Pergamon Press, 1965)
1.1 Elementary Mathematical Information1.2. Determinants and Simultaneus Linear Equations1.3. Analytical Geometry1.4. Differential Calculus1.5. Integral Calculus1.6.Differential Geometry1.7. Infinite Series1.8. Vector Calculus1.9. Differential Equations1.10. Approximate Methods for Analysis2.1. Physical Quatities; Their Dimensions and Units of Measurement2.2. Treatment of Experimental Results (Elements of the Theory of Errors)2.3. Physical Tables.-Vol 13.1. Kinetics of a Point3.2. Kinetics of a Rigid Body3.Resultant Motion3.4. Statics of a Material Point3.5. Statics of a Rigid Body3.6. Basic Concepts of Dynamics of a Material Point3.7. Dynamics of a System3.8. Dynamics of a Rigid Body3.9. Analytical Statics3.11. Differential Equations of Motion of Holonomic Systems3.12. Small Oscillations of a Systems3.13. Impact4.1 General Information on Stresses and Strains4.2. Tension and Compression of Bars4.3. Shear4.4 Torsion4.5. Bending4.6. Plates4.7. Stability4.8. Combined Stress4.9. Springs4.10. Thick-Walled Vessels4.11. Dynamic Stresses5.1 Structure of Mechanisms5.2. Kinematic Study of Plane Mechanisms5.3. Kinematic Study of Friction and Thoted Mechanisms5.4. Kinematic Study of Plane Cam and Maltese Cross Mechanisms5.5. Kinematic Study of Certain Spatial Mechanisms5.6. Theory of Thooted Gearing5.7. Forces Acting on a Mechanism5.8. Study of the Motion of a Machine Assembly5.9. Force Study of Mechanisms5.10. The Balancing of Mechanisms5.11. Design of Mechanisms.