Put your Engineering skills to the test. #mechanical #mechanism #cad #solidworks #3ddesign

In this video, we showcase three mechanical mechanisms designed to perform specific tasks. Two of the mechanisms function perfectly and are capable of achieving their intended purpose, while the third mechanism is flawed and impossible to operate. It is up to the viewer to identify which of the three mechanisms is the faulty one.

Mechanical mechanisms are fascinating objects that serve a wide range of applications, from simple machines to complex systems that power engines, turbines, and other heavy machinery. They work by converting energy from one form to another to perform work, such as transforming rotational motion into linear motion or vice versa.

Mechanical mechanisms are essential components of our daily lives, from the gears in our cars and bicycles to the pulleys in our elevators and cranes. Understanding how these mechanisms work is key to designing and improving the machines that make our world run smoothly.

Mechanical mechanisms are structures that use movement to transfer and transform forces and motion. They can be classified into several categories based on their function and operation. Here are some common types of mechanical mechanisms:

Levers: Levers are simple machines consisting of a rigid beam or bar that pivots around a fixed point called the fulcrum. They are used to apply force to an object or lift heavy loads with less effort.

Gears: Gears are mechanical components that transmit torque and motion between two rotating shafts. They come in many shapes and sizes, and they are used in a variety of machines, from clocks and watches to automobiles and industrial equipment.

Pulleys: Pulleys are mechanical devices that consist of a wheel with a grooved rim and a rope or chain that runs around the wheel. They are used to lift or move heavy loads by applying force from one end of the rope or chain while the load is attached to the other end.

Cam and follower: A cam is a rotating or sliding element in a machine that imparts a specific motion to a follower, which is typically a rod or lever. The cam and follower mechanism is used in many machines, from automotive engines to industrial robots.

Linkages: Linkages are mechanical assemblies that connect two or more parts and transmit motion or force between them. They are commonly used in machines such as engines, pumps, and robots.

Springs: Springs are elastic objects that store energy when compressed or stretched and release it when released. They are used in many machines, from clocks and watches to automobiles and industrial equipment.

These are just a few examples of the many different types of mechanical mechanisms that exist. Understanding these mechanisms is essential to designing and building efficient and effective machines that can perform a wide range of tasks.

So, can you spot the flaw in these three mechanical mechanisms? Watch the video and put your engineering skills to the test!

Mechanical Engineering
Mechanical Mechanism
Mechanical System
Engineering
machines
gears
levers
pulleys
Cam and Follower
linkages
springs
Industrial Engineering
Mechanics
Machine Design
Mechanical System
Engineering Design
Engineering Mechanism
Mechanical Puzzle
Mechanical Challange
Engineering Challange
Problem Solving
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[roshanabeysekara]

2nd one, center pully rotates wrong direction

[Kishoremerwade]

Second one with threading.... gear will come out

[tkttkt]

2nd mechanism is not possible . Because we cannot drive this by screw thread

[libardo-kbgs]

2nd and 3rd are possible, second must have a divided axis; however 1st is locked, so it shouldn't have movement between the connectors...

[jessepittman-pppx]

First one looked like it's binding

[stevepaltzer]

1. It is just rotating. Nothing is driving it. No change in direction or reduction.

[balaji.r]

Three are possible, however application of the pattern gives lesser efficiency.

[PranavDhola-ek]

The second and Third mechanisms will not work properly

[RamasamyPonnaiah-vgth]

Nothing is impossible in mechanical line.

[Jbc]

@learnEngineerings you said everyone's answer was correct lol

[linleyyt_]

Its second it cant move and roate stilling moving

[jwc]

Awe gee ....the second seems a bit queer ....yep the second one