Free online courseEngineering Mechanics

Course Description

The "Engineering Mechanics" course is a comprehensive, professional study program that spans a duration of 23 hours and 51 minutes. Specifically designed for engineering students preparing for the GATE 2024 examination, this course belongs to the category of Professional courses, within the subcategory of Engineering and Mechanics.

This course serves as an essential foundation in engineering mechanics, ensuring students are well-versed in the fundamental principles and applications of the subject. Students begin with an introduction to engineering mechanics, setting the stage for more complex concepts and practical applications that are explored in later modules.

One of the primary topics covered is the understanding of forces and their effects on various systems. The course delves into the concept of force, the calculation and application of moments, and the comprehensive study of different force systems. These fundamental principles are crucial for any mechanical engineering endeavor and are meticulously explained to ensure students gain a deep understanding.

The course also offers significant insights into the resultant of force systems and the creation of free body diagrams. These concepts are critical in analyzing and solving engineering problems, providing students with the tools to effectively break down complex systems into manageable components.

A key area of focus is the equilibrium of rigid bodies, which is explored in-depth over two modules. This section ensures that students are capable of analyzing static structures and understanding the conditions necessary for equilibrium. Additionally, the course provides thorough coverage of Coulomb's dry friction and the challenges associated with addressing problems involving dry friction.

The practical application of friction is examined through dedicated modules, enabling students to translate theoretical knowledge into practical problem-solving skills. Further into the course, the analysis of plane trusses and frames is covered, offering students insights into the structural integrity and analysis techniques applicable in real-world scenarios.

Kinematics, another critical aspect of engineering mechanics, is explored through various forms of motion. The course includes modules on kinematics of one-dimensional and two-dimensional translational motion, rotational motion, and general motion. These sessions equip students with the understanding necessary to analyze motion in various engineering systems.

Advanced topics in kinetics are also addressed, including the kinetics of particles and rigid bodies, further divided into two comprehensive sections. These modules ensure that students grasp the principles governing the dynamic behavior of particles and solid bodies under various forces.

Finally, the course concludes with an introduction to the Lagrange's equation of motion, a powerful analytical tool used for deriving the equations of motion for complex mechanical systems. This module provides students with an advanced perspective on solving dynamic engineering problems.

While the course does not yet have reviews, its structured and detailed approach makes it an invaluable resource for aspiring mechanical engineers looking to excel in their GATE 2024 preparations.