Your cart is empty.
Keep shoppingMastering Engineering Mechanics: STATICS 2
3 students
Mastering Engineering Mechanics: STATICS 2
Learn Centroids, Area moment of Inertia of cross sections and Static / Limiting Friction for bodies in contact
Created byManas Patnaik
Last updated 8/2024
English
What you'll learn
- Learn to calculate the centroid of a system of distributed forces using mathematical methods, including integration and geometric principles.
- Learn to calculate the centroid for both 1D and 2D bodies.
- Understand the concept of Area Moment of Inertia in depth for Engineering Problems.
- Learn to calculate the area moment of inertias of different types of geometries and cross-section associated with engineering problems.
- Evaluate frictional forces acting on surfaces in contact, utilizing Coulomb's laws of friction.
- Analyze Wedges when they come in contact to lift an object and the forces involved in Static Equilibrium.
Explore related topics
Course content
3 sections • 34 lectures • 3h 53m total length
Requirements
- 1. A Passion for Physics: If you’ve ever stared at a falling apple and wondered, “Hmm, what’s the gravitational acceleration here?”—you’re already halfway there!
- 2. Basic Math Skills: Fear not, my friend! We won’t be solving differential equations while riding unicycles. But a solid grasp of algebra and trigonometry will keep you from getting lost in the mathematical Bermuda Triangle.
- And there you have it! If you meet these requirements, congratulations—you’re ready to join the ranks of the mechanically enlightened!
Description
Welcome to "Engineering Mechanics: Statics 2" – where we take your understanding of statics to the next level! If you've been itching to deepen your knowledge of the forces that govern the stability of structures, then you're in the right place.
In this exciting sequel to our first course, we'll be diving into three fascinating chapters that are sure to captivate mechanical and civil engineering enthusiasts alike:
Distributed Forces: Centroid and Centre of Gravity: Have you ever wondered how to pinpoint the balance point of complex systems of forces? Get ready to unravel the mysteries of centroids and centers of gravity! We'll guide you through the ins and outs of distributed forces, empowering you to analyze equilibrium like a pro.
Area Moment of Inertia: It is a fundamental concept in the analysis of structures subjected to bending or torsional loads. Imagine you have a cross-sectional shape, like a rectangle, circle, or I-beam. The area moment of inertia represents how the area is distributed with respect to an axis. In simpler terms, it tells you how the mass or material is distributed in the cross-section, and how resistant it is to bending or twisting.
Friction: Get ready to get a grip on friction! From everyday surfaces to industrial machinery, friction plays a crucial role in engineering design. We'll demystify frictional forces and arm you with the skills to predict and control friction in static systems, ensuring that you're always one step ahead in your engineering endeavors.
Join us as we embark on a thrilling exploration of statics through engaging lectures, real-world examples, and hands-on exercises. Whether you're a mechanical maestro or a civil engineering aficionado, this course is designed to expand your horizons and elevate your skills to new heights.
So what are you waiting for? Enroll now and let's embark on this exhilarating journey together – because when it comes to mastering statics, the sky's the limit!
Who this course is for:
- 1. Engineering Enthusiasts: If you’re the type who disassembles toasters just to see how they work (and occasionally puts them back together), this course is your backstage pass to the mechanics show!
- 2. Engineering Students: Whether you’re a fresh-faced undergrad or a seasoned grad student, buckle up! We’ll dive into forces, moments, and equilibrium like it’s a high-speed chase through a physics-themed amusement park.
- 3. Physics Lovers: Ever wondered why bridges don’t crumble under the weight of rush-hour traffic? Or why your bicycle doesn’t spontaneously combust when you pedal uphill? Join us, fellow physics aficionados!
- 4. Future Inventors: If you’ve ever scribbled designs for a perpetual motion machine on the back of your math notebook (admit it, we all have), this course will fuel your creative fire.
- So, my dear students, fasten your seatbelts, adjust your imaginary hard hats, and let’s rev up those brain gears. The road to understanding mechanics is paved with curiosity, equations, and a dash of magic