Mechanics for Engineers - Chernilevsky, D. V.; Romanov, V. A.; Lavrova, E. V. (Moscow Mir Publisher, 1984)
Part - 1: Engineering Mechanics Basic Concepts and Axioms of Statics Concurrent Forces Theory of Couples An Arbitrary Force System Equilibrium in the Presence of Sliding Friction Forces The Concept of Rolling Friction The Centre of a Parallel Force System the Center of Gravity of a Body Kinematics of a Particle The Simplest Kinds of Motion of a Rigid Body Compound Motion of a Particle Plane Parallel Motion of a Rigid Body Introduction to Dynamics of a Particle Basic Theorems of Dynamics of a Particle Elements of Dynamic of a System pf Particles and a Rigid Body Part - 2: Strength of Materials General Internal Force Diagrams in various Modes of Deformation Tension and Compression Torsion Geometrical Characteristics of Plane Sections Symmetrical Bending Mechanical Testing of Materials Analysis and Design for Strength and Stiffness Unsymmetrical Bending, Rigid Bar in Bending Combined with Tension or Compression Bending Combined with Torsion Fatigue Stability of Members in Axial Compression Part - 3: Machine Elements General Permanent Joints Detachable Joints Power Transmission General Belt Drives Chain Drives Gearing Power Screws Worm Gears Speed Reduces Elements of Theory of Mechanisms Miscellany of Transmission Members Shafts and Axes Bearings Coupling and Clutches Appendixes Bibliography
Keywords: Civil Engineering