Arkusha A.I. Guide to solving problems in theoretical mechanics, 1971
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Arkusha A.I., Frolov M.I. Technical mechanics, 1983
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Bat M.I., Dzhanelidze G.Yu., Kelzon A.S. Theoretical mechanics in examples and problems,
Vol.1 - Statics and kinematics, 1967 (7 MB) - Download
Vol.2-Dynamics, 1966 (7.1 MB) - Download
Berezova O.A., Drushlyak G.E., Solodovnkov R.V. Theoretical mechanics,
Collection of problems, 1980. (7.2 MB) - Download
Butenin N.V., Lunts Ya.L., Merkin D.R. Theoretical mechanics course,
Vol.1 - Statics and kinematics, 1979 (2.8 MB) - Download
Gernet M.M. Theoretical mechanics course, 1973
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Dievsky V.A., Malysheva I.A. Theoretical mechanics. Collection of tasks, 2009
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Ishlinsky A.Yu. Theoretical mechanics. Letter designations quantities, 1980
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Kepe O.E. Collection of short problems on theoretical mechanics, 1989
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Kirsanov M.N. Reshebnik. Theoretical mechanics, 2002
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, 1986 and later years of publication.
(6MB) - Download
Meshchersky I.V. Collection of problems on theoretical mechanics, 1975
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Loytsyansky L.G., Lurie A.I. Theoretical mechanics course,
Vol.1 - Statics and kinematics, 1982 (10.3 MB) - Download
Vol.2-Dynamics, 1983 (12.9 MB) - Download
Novozhilov I.M., Zatsepin M.F. Typical computer-based calculations for theoretical mechanics.,
1986 (2.2 MB) - Download
Olofinskaya V.P. Technical mechanics, 2007
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Setkov V.I. Collection of problems on technical mechanics., 2003
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Starzhinsky V.M. Theoretical mechanics. Short course according to the full program of technical colleges, 1980
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Targ S.M. Short course in theoretical mechanics, 1986
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Theoretical mechanics. Guidelines and control tasks for part-time students of construction, transport, mechanical engineering and instrument-making specialties of higher educational institutions. Ed. Targa S.M. , ed. 3, 1982
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Theoretical mechanics: Guidelines and test assignments for part-time students of thermal power, mining, metallurgical, electrical instrument making and automation and technological specialties, as well as specialties of geological, electrical engineering, electronic engineering and automation, chemical-technological and engineering-economic higher education educational institutions. Ed. Targa S.M. , ed. 3, 1983
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Theoretical mechanics: Guidelines and test assignments for part-time students of energy, mining, metallurgical, electrical instrument making and automation, technological specialties, as well as geological, electrical, electronic engineering and automation, chemical-technological and engineering-economic specialties of universities. Ed. Targa S.M. , ed. 4, 1988
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Manufacturer: "Librocom" The textbook presents “Theoretical Mechanics” and “Strength of Materials” - the first two sections of the course “Technical Mechanics” - in accordance with the program for mechanical engineering specialties at technical schools. The application of basic laws, theorems, equations, and calculation formulas is illustrated by the solution practical examples. The textbook can be recommended to students of mechanical engineering specialties studying at technical schools and colleges, including on-the-job training. The textbook can also be used in groups of students in non-engineering specialties related to the operation industrial equipment. ISBN:978-5-397-04192-8 Publisher: "Librocom" (2014)
ISBN: 978-5-397-04192-8 |
Other books on similar topics:
| Author | Book | Description | Year | Price | Book type |
|---|---|---|---|---|---|
| Arkusha A.I. | The textbook presents “Theoretical Mechanics” and “Strength of Materials” - the first two sections of the course “Technical Mechanics” - in accordance with the program for mechanical engineering specialties at technical schools... - URSS, (format: 60x90/16, 304 pages) - | 2016 | 757 | paper book | |
| Arkusha A.I. | The textbook presents `Theoretical Mechanics` and `Strength of Materials` - the first two sections of the course `Technical Mechanics` - in accordance with the program for mechanical engineering specialties... - LENAND, (format: Hard glossy, 400 pages) | 2016 | 949 | paper book | |
| Arkusha A. | Technical mechanics: Theoretical mechanics and strength of materials | The textbook presents “Theoretical Mechanics” and “Strength of Materials” - the first two sections of the course “Technical Mechanics” - in accordance with the program for mechanical engineering specialties... - Lenand, (format: Hard glossy, 352 pages) | 2016 | 777 | paper book |
| I. A. Arkusha | The textbook presents "Theoretical Mechanics" and "Strength of Materials" - the first two sections of the course "Technical Mechanics" - in accordance with the program for mechanical engineering specialties... - Librocom, (format: 60x90/16, 354 pages) | 2015 | 1131 | paper book | |
| A. I. Arkusha | Technical mechanics. Theoretical mechanics and strength of materials. Textbook | The textbook presents “Theoretical Mechanics” and “Strength of Materials” - the first two sections of the course “Technical Mechanics” - in accordance with the program for mechanical engineering specialties... - Lenand, (format: 60x90/16, 352 pages) | 2016 | 753 | paper book |
| A. A. Erdedi, Yu. A. Medvedev, N. A. Erdedi | Technical mechanics. Theoretical mechanics. Strength of materials. Textbook | The textbook outlines, using higher mathematics, the fundamentals of theoretical mechanics and strength of materials, and also provides basic information from the theory of mechanisms and machines. Given in detail... - graduate School, (format: 60x90/16, 304 pages) | 1991 | 180 | paper book |
| Erdedi A., Erdedi N. | Technical mechanics. Textbook | The fundamentals of theoretical mechanics, strength of materials, machine parts and mechanisms are outlined using elements of higher mathematics. Examples of calculations are given. The textbook is based on the 13th edition... - Academy, (format: Hard glossy, 528 pages) | 2014 | 1046 | paper book |
| Setkov V. | Technical mechanics for construction specialties. Textbook. 4th edition, revised and expanded | This tutorial is structured in an unconventional way. Typically, a course in technical mechanics for students of secondary vocational educational institutions in the construction field consists of the following three sections... - Academy, (format: Hard glossy, 400 pages) | 2015 | 1428 | paper book |
| V. P. Olofinskaya | Technical mechanics. Collection of test tasks | The collection contains tests for testing knowledge of the course "Technical Mechanics" in the sections "Theoretical Mechanics" and "Strength of Materials". Five disciplines are proposed for the main topics... - Forum, (format: 60x90/8, 134 pages) | 2011 | 372 | paper book |
| The proposed book presents a course of lectures on two sections of technical mechanics - " theoretical mechanics" and "strength of materials". Each section contains options practical classes by... - Forum, Professional education | 2018 | 978 | paper book | ||
| Olofinskaya V.V. | Technical mechanics: a course of lectures with options for practical and test tasks | A course of lectures on two sections of technical mechanics - “Theoretical Mechanics” and “Strength of Materials”. Each section contains options for practical exercises on main topics. This educational book... - Forum, (format: Hardcover, 352 pages) | 2014 | 421 | paper book |
| Olofinskaya Valentina Petrovna | Technical mechanics: A course of lectures with options for practical and test tasks. Tutorial. RF Ministry of Defense stamp | 349 pp. The proposed book presents a course of lectures on two sections of technical mechanics: theoretical mechanics and strength of materials. Each section contains options for practical training on ... - Prospectus, (format: Hard glossy, 400 pages) Professional education | 2009 | 1212 | paper book |
| V. P. Olofinskaya | Technical mechanics. A course of lectures with options for practical and test tasks | The proposed book presents a course of lectures on two sections of technical mechanics - “theoretical mechanics” and “strength of materials”. Each section contains options for practical exercises on ... - Neolithic, (format: Hard glossy, 400 pages) Vocational education (Neolithic) eBook | 2016 | 249 | eBook |
| Olofinskaya Valentina Petrovna | Technical mechanics. A course of lectures with options for practical and test tasks. Tutorial | The proposed book presents a course of lectures on two sections of technical mechanics - “theoretical mechanics” and “strength of materials”. Each section contains options for practical exercises on ... - Forum, (format: Hard glossy, 400 pages) Professional education |
Guide to solving problems in theoretical mechanics. Arkusha A.I.
5th ed., rev. - M.: 2002. - 336 p.
The manual contains systematically selected typical problems throughout the course, general guidelines and tips for solving problems. Problem solving is accompanied by detailed explanations. Many problems are solved in several ways.
For students of mechanical engineering specialties of secondary specialized educational institutions. May be useful for students of technical universities.
Format: djvu (2002 , 5th ed., revised, 336 pp.)
Size: 6.2 MB
Download: yandex.disk
Format: pdf(1976 , 3rd ed., revised, 288 pp.)
Size: 20.5 MB
Download: yandex.disk
Content
Preface
Chapter I. Operations on vectors
§ 1-1. Vector addition. Rules for parallelogram, triangle and polygon
§ 2-1. Decomposition of a vector into two components. Vector difference
§ 3-1. Addition and decomposition of vectors in a graphic-analytical way
§ 4-1. Projection method. Projection of a vector onto an axis. Projections of a vector onto two mutually perpendicular axes. Determination of a vector sum by the projection method
Section one Statics
Chapter II. Plane system of converging forces.
§ 5-2. Addition of two forces
§ 7-2. Polygon of forces. Determination of the resultant of converging forces
§ 8-2. Equilibrium of Converging Forces
§ 9-2. Equilibrium of three non-parallel forces
Chapter III. Arbitrary flat system of forces
§ 10-3. Moment of a couple of forces. Addition of force pairs. Equilibrium of force pairs
§ 11-3. Moment of force about a point
§ 12-3. Determination of the resultant arbitrary flat system strength
§ 13-3. Varignon's theorem
§ 14-3. Equilibrium of an arbitrary plane system of forces
§ 15-3. Equilibrium taking into account friction forces
§ 16-3. Articulated systems
§ 17-3. Statically definable trusses. Methods for cutting nodes and through sections
Chapter IV. Spatial system of forces
§ 18-4. Force parallelepiped rule
§ 19-4. Projection of force onto three mutually perpendicular axes. Determination of the resultant system of spatial forces applied to a point
§ 20-4. Equilibrium of a spatial system of converging forces
§ 21-4. Moment of force about the axis
§ 22-4. Equilibrium of an arbitrary spatial system of forces
Chapter V. Center of gravity........................
§ 23-5. Determining the position of the center of gravity of a body composed of thin homogeneous rods
§ 24-5. Determining the position of the center of gravity of figures composed of plates
§ 25-5. Determination of the position of the center of gravity of sections composed of standard rolled profiles
§ 26-5. Determining the position of the center of gravity of a body composed of parts having a simple geometric shape
Section two Kinematics
Chapter VI. Kinematics of a point
§ 27-6. Uniform rectilinear movement points
§ 28-6. Uniform curvilinear movement of a point
§ 29-6. Uniform motion of a point
§ 30-6. Uneven movement points along any trajectory
§ 31-6. Determination of the trajectory, speed and acceleration of a point if the law of its motion is given in coordinate form
§ 32-6. Kinematic method for determining the radius of curvature of a trajectory
Chapter VII. Rotational movement solid
§ 33-7. Uniform rotational movement
§ 34-7. Equally alternating rotational motion
§ 35-7. Uneven rotational movement
Chapter VIII. Complex movement of point and body
§ 36-8. Addition of the movements of a point when the portable and relative movements are directed along the same straight line
§ 37-8. Addition of the movements of a point when the portable and relative movements are directed at an angle to each other
§ 38-8. Plane-parallel body motion
Chapter IX. Elements of kinematics of mechanisms
§ 39-9. Determination of gear ratios of various gears
§ 40-9. Determination of gear ratios of the simplest planetary and differential gears
Section three Dynamics
Chapter X. Movement material point
§ 41-10. Basic law of point dynamics
§ 42-10. Application of d'Alembert's principle to solving problems involving the rectilinear motion of a point
§ 43-10. Application of d'Alembert's principle to solving problems involving the curvilinear motion of a point
Chapter XI. Work and power. Efficiency
§ 44-11. Work and power in forward motion
§ 45-11. Rotational work and power
Chapter XII. Basic theorems of dynamics
§ 46-12. Problems involving translational movement of the body
§ 47-12. Problems involving rotational movement of the body
Preface
Introduction
Section one. Theoretical mechanics
Chapter I Basic provisions of statistics
§ 1.1. General information
§ 1.2. Axioms of statics
§ 1.3. Connections and their reactions
Chapter 2. Plane system of converging forces
§ 1.4. Addition of two forces applied at a point on a body
§ 1.5. Addition of a plane system of converging forces. Geometric equilibrium condition
§ 1.6. Determination of the resultant system of converging forces by the projection method. Analytical
equilibrium condition
Chapter 3. Theory of pairs of forces on a plane
§ 1.7. Couple of forces
§ 1.8. Equivalence of force pairs
§ 1.9. Addition of people's forces. Equilibrium condition for pairs
§ 1.10. Moment of force about a point
Chapter 4. Plane system of arbitrarily located forces
§ 1.11. Bringing force to a point
§ 1.12. Reduction of a plane system of arbitrarily located forces to a point
§ 1.13. Varignon's theorem
§ 1.14. Special cases of reduction of a plane system of forces
to the point. Equilibrium condition
§ 1.15. Equilibrium equations and their various shapes
§ 1.16. Beam systems. Types of supports and types
loads
§ 1.17. Real connections. Sliding friction and its laws
Chapter 5. Spatial system of forces
§ 1.18. Addition of a spatial system of convergent
strength Equilibrium condition
§ 1.19. Moment of force about the axis
§ 1.20. Arbitrary spatial system of forces
Equilibrium condition
Chapter 6. Tschpr gravity
§ 1.21. Center of Parallel Forces
§ 1.22. Body center of gravity
§ 1.23. Determining the coordinates of the center of gravity of flat planes
and spatial figures
§ 1.24. Equilibrium stability
Kinematics
Chapter 7 Kinematics of a point
§ 1.25. Basic concepts of kinematics
§ 1.26. Methods for specifying point movement
§ 1.27 Determination of the speed of a point at natural
method of specifying this movement
§ 1.28. Determining the acceleration of a point at natural
way to set its movement
§ 1.29 Special cases of point motion. Kinematic
§ 1.30. Determination of the speed and acceleration of a point at co
ordinate method of specifying its movement
Chapter 8. The simplest movements of a rigid body
§ 1.31. Forward movement
§ 1.32. Rotational movement. Angular velocity, angular acceleration
§ 1.33. Special cases of rotational motion
§ 1.34. Speeds and accelerations various points rotating body
§ 1.35. Methods for transmitting rotational motion
Chapter 9. Complex movement
1.36. Complex point movement
§ 1.37. Plane-parallel body motion
§ 1.38. Determining the speed of any point on the body
§ 1.39. Instantaneous velocity center
§ 1.40. Addition of two rotational movements
§ 1.41. The concept of planetary gears. Willis formula
Dynamics
Chapter 10. Motion of a non-free material point
§ 1.42. Basic concepts and axioms
§ 1.43. Free and non-free points
§ 1.44. Inertia force
§ 1.45. d'Alembert's principle
Chapter 11. Work and power
§ 1.46. Work of constant force during linear movement
§ 1.47. Work done by resultant force
§ 1.48. Work of variable force on a curved path
§ 1.49. Power
§ 1.50. Mechanical efficiency
§ 1.51. Work of forces on an inclined plane
§ 1.52. Work and power during rotational motion of bodies
§ 1.53. Rolling friction. Work when rolling bodies
Chapter 12. General theorems of dynamics
§ 1.54. Impulse of force. Quantity of motion. Kinetic energy
§ 1.55. Theorem on the change in momentum of a point
§ 1.56. Theorem on the change in kinetic energy of a point
§ 1.57. Concept of mechanical system
§ 1.58. Basic equation for the dynamics of a rotating body
§ 1.59. Moments of inertia of some bodies
§ 1.60. Kinetic energy of the body. Kinetic moment
Section two. Strength of materials
Chapter 1. Basic provisions
§ 2.1 Problems of strength of materials
§ 2.2. Load classification
§ 2.3. Basic Assumptions
§ 2.4. Section method. Types of loads
Chapter 2. Tension and compression
§ 2.6. Normal forces and stresses in the cross section of a beam
§ 2.7. Movements and deformations. Hooke's law
§ 2.9. Static testing of materials. Main mechanical characteristics
§ 2.10. Strength calculations
§ 2.11. Statically indeterminate systems
Chapter 3. Practical calculations for shear and crushing
§ 2.12. Basic calculation premises and formulas
§ 2.13. Calculation examples
Chapter 4. Torsion
§ 2.14. Pure shift. Hooke's law under shear
§ 2.15. Torque. Construction of diagrams
§ 2.16. Torsion of a round straight beam. Basic
prerequisites and formulas
§ 2.17. Strength and stiffness calculations
§ 2.18. Coil springs extension and compression
Chapter 5. Geometric characteristics of plane sections
§ 2.19. Moments of inertia of sections
§ 2.20. The concept of the main central moments of inertia
§ 2.21. Axial moments of inertia of the simplest sections
Chapter 6. Bending a straight beam
§ 2.22. Straight bend clean and transverse
§ 2.23. Construction of diagrams shear forces and bending
moments
§ 2.24. Basic calculation premises and formulas
when bending
§ 2.25. Strength calculations
§ 2.26. Shear stress at transverse bending
§ 2.27 Concept of linear and angular movements
when bending
§ 2.28. Mohr's integral
§ 2.29. Vereshchagin's rule
§ 2.30. Stiffness calculations
Chapter 7 Oblique bend. Bending of timber with tension (compression)
§ 2.31. Oblique bend
§ 2.32. Calculations of a beam of high rigidity in bending with
stretching (compression)
Chapter 8. Strength hypotheses
§ 2.33. The concept of a stressed state at a point of an elastic body
§ 2.34. Strength hypotheses and their purpose
§ 2.35. Round timber calculations cross section at
bending with torsion
Chapter 9. Stability of compressed rods
§ 2.36. Stability of elastic equilibrium. Critical force
§ 2.37. Euler's formula
§ 2.38. Critical tension. Limits of applicability of Euler's formula
Bibliography
Subject index
|
The textbook presents “Theoretical Mechanics” and “Strength of Materials” - the first two sections of the course “Technical Mechanics” - in accordance with the program for mechanical engineering specialties at technical schools. The application of basic laws, theorems, equations, and calculation formulas is illustrated by solving practical examples. The textbook can be recommended to students of mechanical engineering specialties studying at technical schools and colleges, including on-the-job training. The textbook can also be used in groups of students in non-engineering specialties related to the operation of industrial equipment. Publisher: "URSS" (2016)
ISBN: 978-5-9710-3233-5 In My-shop |
Other books on similar topics:
| Author | Book | Description | Year | Price | Book type |
|---|---|---|---|---|---|
| Arkusha A.I. | The textbook presents “Theoretical Mechanics” and “Strength of Materials” - the first two sections of the course “Technical Mechanics” - in accordance with the program for mechanical engineering specialties at technical schools... - URSS, (format: 60x90/16, 304 pages) - | 2016 | 757 | paper book | |
| Arkusha A.I. | The textbook presents `Theoretical Mechanics` and `Strength of Materials` - the first two sections of the course `Technical Mechanics` - in accordance with the program for mechanical engineering specialties... - LENAND, (format: Hard glossy, 400 pages) | 2016 | 949 | paper book | |
| Arkusha A. | Technical mechanics: Theoretical mechanics and strength of materials | The textbook presents “Theoretical Mechanics” and “Strength of Materials” - the first two sections of the course “Technical Mechanics” - in accordance with the program for mechanical engineering specialties... - Lenand, (format: Hard glossy, 352 pages) | 2016 | 777 | paper book |
| I. A. Arkusha | The textbook presents "Theoretical Mechanics" and "Strength of Materials" - the first two sections of the course "Technical Mechanics" - in accordance with the program for mechanical engineering specialties... - Librocom, (format: 60x90/16, 354 pages) | 2015 | 1131 | paper book | |
| A. I. Arkusha | Technical mechanics. Theoretical mechanics and strength of materials. Textbook | The textbook presents “Theoretical Mechanics” and “Strength of Materials” - the first two sections of the course “Technical Mechanics” - in accordance with the program for mechanical engineering specialties... - Lenand, (format: 60x90/16, 352 pages) | 2016 | 753 | paper book |
| A. A. Erdedi, Yu. A. Medvedev, N. A. Erdedi | Technical mechanics. Theoretical mechanics. Strength of materials. Textbook | The textbook outlines, using higher mathematics, the fundamentals of theoretical mechanics and strength of materials, and also provides basic information from the theory of mechanisms and machines. Provided in detail... - Higher School, (format: 60x90/16, 304 pages) | 1991 | 180 | paper book |
| Erdedi A., Erdedi N. | Technical mechanics. Textbook | The fundamentals of theoretical mechanics, strength of materials, machine parts and mechanisms are outlined using elements of higher mathematics. Examples of calculations are given. The textbook is based on the 13th edition... - Academy, (format: Hard glossy, 528 pages) | 2014 | 1046 | paper book |
| Setkov V. | Technical mechanics for construction specialties. Textbook. 4th edition, revised and expanded | This tutorial is structured in an unconventional way. Typically, a course in technical mechanics for students of secondary vocational educational institutions in the construction field consists of the following three sections... - Academy, (format: Hard glossy, 400 pages) | 2015 | 1428 | paper book |
| V. P. Olofinskaya | Technical mechanics. Collection of test tasks | The collection contains tests for testing knowledge of the course "Technical Mechanics" in the sections "Theoretical Mechanics" and "Strength of Materials". Five disciplines are proposed for the main topics... - Forum, (format: 60x90/8, 134 pages) | 2011 | 372 | paper book |
| The proposed book presents a course of lectures on two sections of technical mechanics - “theoretical mechanics” and “strength of materials”. Each section contains options for practical training on... - Forum, Professional education | 2018 | 978 | paper book | ||
| Olofinskaya V.V. | Technical mechanics: a course of lectures with options for practical and test tasks | A course of lectures on two sections of technical mechanics - “Theoretical Mechanics” and “Strength of Materials”. Each section contains options for practical exercises on main topics. This educational book... - Forum, (format: Hardcover, 352 pages) | 2014 | 421 | paper book |
| Olofinskaya Valentina Petrovna | Technical mechanics: A course of lectures with options for practical and test tasks. Tutorial. RF Ministry of Defense stamp | 349 pp. The proposed book presents a course of lectures on two sections of technical mechanics: theoretical mechanics and strength of materials. Each section contains options for practical training on ... - Prospectus, (format: Hard glossy, 400 pages) Professional education | 2009 | 1212 | paper book |
| V. P. Olofinskaya | Technical mechanics. A course of lectures with options for practical and test tasks | The proposed book presents a course of lectures on two sections of technical mechanics - “theoretical mechanics” and “strength of materials”. Each section contains options for practical exercises on ... - Neolithic, (format: Hard glossy, 400 pages) Vocational education (Neolithic) eBook | 2016 | 249 | eBook |
| Olofinskaya Valentina Petrovna | Technical mechanics. A course of lectures with options for practical and test tasks. Tutorial | The proposed book presents a course of lectures on two sections of technical mechanics - “theoretical mechanics” and “strength of materials”. Each section contains options for practical exercises on ... - Forum, (format: Hard glossy, 400 pages) Professional education |
