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Join us in this Engineering Mechanics - Statics course and acquire the knowledge and skills essential for tackling static equilibrium problems in the field of engineering. Whether you're a student or a professional, this course will empower you with the tools needed to excel in your engineering endeavors.
Course Price:
Original price was: £194.00.£19.99Current price is: £19.99.
Course Duration:
2 hours, 39 minutes
Total Lectures:
22
Total Students:
40
Average Rating:
4.5
Are you intrigued by the principles of equilibrium and the behavior of rigid bodies in static conditions? Our Engineering Mechanics - Statics course offers a comprehensive introduction to this fundamental field of engineering. Through a series of engaging lectures, you will delve into the core concepts and practical applications of statics, equipping you with the knowledge and skills necessary for solving real-world engineering problems.
What Will You Learn?
- Gain a solid understanding of the foundational concepts and principles in engineering mechanics.
- Explore the equilibrium of particles and rigid bodies and learn to apply the laws of static equilibrium effectively.
- Understand the intricacies of beams and support reactions, enabling you to analyze and design structural components.
- Master the concepts of centroid and center of gravity, vital for determining balance and stability.
- Learn to calculate the second moment of area for various configurations and understand its significance.
- Explore the principles of friction and its impact on engineering systems.
Who Should Take The Course?
- Engineering students seeking a strong foundation in statics.
- Professionals in the field of civil, mechanical, or structural engineering.
- Individuals interested in pursuing careers related to structural analysis and design.
Requirements
- A basic understanding of physics and mathematics.
- Access to relevant engineering software or calculators for problem-solving.
- A desire to learn and apply engineering principles to real-world situations.
Course Curriculum
-
- Course Welcome 00:02:00
-
- Introduction to Engineering Mechanics 00:10:00
- System of Forces 00:14:00
- Resultant, Equilibrium and Equilibrant 00:07:00
- Numerical Example on Parallel Forces-1 00:02:00
- Rectangular Components of a Force 00:03:00
- Composition and Resolution of Forces 00:07:00
- Parallelogram Law of Forces 00:06:00
- Numerical Example on Parallelogram Law of Forces 00:05:00
- Lami’s Theorem 00:01:00
- Beams, Supports and Reactions 00:06:00
- Numerical Example on Support Reactions-4 00:16:00
- Second Moment of Area-Introduction and MOI for Simple Configurations 00:09:00
- Order Certificate 00:05:00
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