Design and analysis of knuckle joint pdf

  • How do you manufacture a knuckle joint?

    An eye is formed at one end of the rod while a fork is formed at other end of rod.
    The eye fit inside the fork and a pin is passed through both the eye and fork.
    This pin is secured in its place by the means of split pin.
    Due to this type of construction knuckle joint is sometimes called as forked-pin joint..

  • What is the design of the knuckle joint?

    The Knuckle Joint consists of the single eye, the fork (double eye), the knuckle pin, the collar, and the tapper pin.
    One of the rods has an eye at the end that fits into the fork's jaws, while the other rod is shaped like a fork.
    A cylindrical pin is placed through the fork and eye holes..

  • What is the methodology of knuckle joint?

    A knuckle joint is a pin joint used to fasten two circular rods. [3] In this joint, one end of the rod is formed into an eye and the other into a fork.
    For making the joint, the eye end of the rod is aligned into the fork end of the other and held in position by means of a collar and a taper pin..

  • What is the specification of knuckle joint?

    A knuckle joint is a mechanical joint that connects two rods or bars at an angle, allowing limited angular movement.
    It consists of a pin or rod inserted into a series of alternating holes in the two components, enabling rotation and axial movement..

  • What is the specification of knuckle joint?

    Abstract: A knuckle joint is a tensile joint which links two rods.
    This joint allows for angular misalignment of the rods and, if managed, can bear compressive loads.
    These joints are commonly employed in automobile and mechanical systems, like tie rods, and trolley connection..

  • Abstract: A knuckle joint is a tensile joint which links two rods.
    This joint allows for angular misalignment of the rods and, if managed, can bear compressive loads.
    These joints are commonly employed in automobile and mechanical systems, like tie rods, and trolley connection.
This concludes the modelling and study of the knuckle joint in a number of different states.

How knuckle joint design & analysis is performed?

So it is necessary that design and analysis of knuckle joint should be proper enough to withstand in working condition without failure

So modelling and analysis of knuckle joint under a certain condition is carried out

Modelling and analysis of a knuckle joint was performed by using 3D software CATIA & Finite Element Analysis (FEA) respectively

Is knuckle joint design safe?

A knuckle joint was modelled in CATIA and analysed using Finite Element Analysis (FEA)

The problem was fixed using ANSYS version 15, a commercial finite element tool

Stresses in excess of 201 MPa are generated at the knuckle joint, whereas the highest allowable stress in 30C8 material is 400 MPa

The conclusion is that Design is safe

What is a knuckle joint?

A knuckle joint is a device use to secure two loaded rods together

It is applicable in various structures and systems, hence making it design, analysis and production vital to the field of engineering

This paper aims at performing the deformation, stress and strain analysis of a knuckle joint using ANSYS workbench

Design and analysis of knuckle joint pdf
Design and analysis of knuckle joint pdf

Kinematic pair which constrains bodies to pure rotation about a common axis

A revolute joint is a one-degree-of-freedom kinematic pair used frequently in mechanisms and machines.
The joint constrains the motion of two bodies to pure rotation along a common axis.
The joint does not allow translation, or sliding linear motion, a constraint not shown in the diagram.
Almost all assemblies of multiple moving bodies include revolute joints in their designs.
Revolute joints are used in numerous applications such as door hinges, mechanisms, and other uni-axial rotation devices.

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