Technical Mechanics - Online Course

Below you will find materials divided into theoretical introduction, example tasks, and video recordings that will help you smoothly get through your technical mechanics course in college.

Total Duration   ( Free)
Chapters rozdziałów
Solved Tasks zadań  ( Free)
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Technical Mechanics - A Few Words of Introduction

Technical mechanics is an extremely important field of engineering that deals with the study and analysis of forces and motions in machines and engineering structures. It is fundamental to understanding the principles of operation and design of various mechanical devices, from simple mechanisms to advanced machines and engineering structures.

In our course, we will focus on combining the theoretical foundations of technical mechanics with the practical aspects of their application. We will discuss basic concepts such as statics, dynamics, and kinematics. Where possible and appropriate, we will introduce solutions using computational programs.

The course structure will be based on classic academic textbooks, the educational experience of lecturers, and the opinions and needs of students from various technical universities. Although approaches and terminology may vary depending on the university, our course will be universal and adapted to a wide audience.

We emphasize that technical mechanics is crucial for anyone aspiring to become an engineer. It will provide a solid foundation and understanding of the key issues necessary in everyday engineering work.

Planar system of forces

Equilibrium of a planar convergent system of forces (theorem of 3 forces)

Zadania

Reduction of a planar arbitrary system of forces

Teoria

Reduction of a planar arbitrary system of forces

Zadania

Equilibrium of a planar arbitrary system of forces I

Zadania

Equilibrium of a planar arbitrary system of forces II

Zadania

Reduction of a planar parallel system of forces

Teoria

Reduction of a planar parallel system of forces

Zadania

Spatial system of forces

Reduction of an arbitrary spatial system of forces

Teoria

Reduction of a spatial arbitrary system of forces

Zadania

Equilibrium of a spatial arbitrary system of forces

Teoria

Equilibrium of a spatial arbitrary system of forces

Zadania

Planar system of forces with friction

Sliding friction

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Rolling friction

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Friction in tendons

Teoria

Friction in tendons

Zadania

Geometric Properties

Geometric Properties linii

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Geometric Properties figur płaskich i linii

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Principle of prepared (virtual) work

Beams

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Frames

Zadania

Kratownice

Zadania

Point Kinematics

Description of motion in the Cartesian system

Teoria

Description of motion in the Cartesian system

Zadania

Kinematics of the solid

Progressive and rotational motion of a solid body

Teoria

Progressive and rotational motion of a solid body

Zadania

Dynamics of a material point

Zadanie odwrotne (całkowanie równań różniczkowych ruchu)

Zadania

Rigid body dynamics

Równania ruchu

Zadania

Zasada zachowania krętu

Zadania

Analytical mechanics

Równania Lagrange'a II rodzaju

Zadania

Stabilność

Zadania