# Mechanics I

## Table of Contents

For each of these topics I have provided a reference in order to simplyfy porcess of searchnig those in many electronic sources. This reference is optional and if you will find similar topics in other references feel free to use them. However, before you do this pleas send me an information about your reference. I will check if it is corresponding with the topics that I gave.

## Classes and Literature

- Vector Operations - Chapter 2 pp. 18-83 R. C. HIBBELER “Statics and Dynamics”
- Convergent forces systems. Coplanar forces systems. Theorem of three forces - Chapter 3 pp. 89-115 R. C. HIBBELER “Statics and Dynamics”
- Divergent system of forces. Force system resultants. Moment (torque) of a Force. Moment of a Couple - Chapter 4 pp. 117-182 R. C. HIBBELER “Statics and Dynamics”
- Trusses. Method of joints. Method of sections (Ritter’s method) - Chapter 6 pp. 263-289 R. C. HIBBELER “Statics and Dynamics”
- Internal forces (Beams) - Chapter 7.2 and 7.3 pp. 345-364 R. C. HIBBELER “Statics and Dynamics”
- Internal forces (Beams with joints) - Chapter 7.2 and 7.3 pp. 345-364 R. C. HIBBELER “Statics and Dynamics”
- Internal forces (Frames) - Chapter 7.2 and 7.3 pp. 345-364 R. C. HIBBELER “Statics and Dynamics”
- Center of gravity, center of mass - Chapter 9 pp. 447-469 R. C. HIBBELER “Statics and Dynamics”
- Moments of inertia - Chapter 10.1 pp. 511-512, 10.2 pp. 512-513 R. C. HIBBELER “Statics and Dynamics”
- Parallel-Axis theorem (Parallel transformation), Moments of inertia about inclined axis (rotational transformation) - 10.5 pp. 530-533, 10.6 pp. 534-536, 10.8 pp. 545-550, R. C. HIBBELER “Statics and Dynamics”
- Kinematics of a particle - 12.1 - 12.6 pp. 3-48 vol 2, 12.4 R. C. HIBBELER “Statics and Dynamics”
- Velocities and accelerations in linear and rotary movement, 12.7 pp. 53-79 vol 2 R. C. HIBBELER “Statics and Dynamics”
- Velociteis in planar movement

I will be successively updating information at this site. First of all I will focus on the practical part of the topics that I gave you above. I will introduce problems, that you must be able to solve after this course, but for each of problems I will prepare also example with solution.

## Topics

### Convergent forces systems. Coplanar forces systems.

### Theorem of three forces

### Parallel system of forces. Moment of a Couple.

### Moment of the force. Divergent system of forces.

### Trusses. Method of joints. Method of sections (Ritter’s method)

### Internal forces - concentrated force (Beams)

### Distributed force (Beams)

### Concentrated moment (Beams)

### Different loads (Beams)

### Triangular distributed force (Beams)

### Internal forces (Beams with joints)

### Internal forces (Frames)

### Center of gravity, center of mass

### Moments of inertia, Parallel-Axis theorem (Parallel transformation), Moments of inertia about inclined axis (rotational transformation)

- moments of inertia