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Hello friends welcome to Free tutorial
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and in this tutorial we will do the
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knuckle joint assembly in freead with
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the help of A2 plus workbench as you can
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see that uh I have did the knuckle joint
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assembly with the help of uh this uh
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drawing and you can see that all the
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parts here are in the exploded view I
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have already modeled this part and I
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provide the source file of this assembly
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in the video descriptions so you can
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download it and practice the a2+
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assembly workbench in freecat so I will
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show you from the scratch how I have
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created this assembly with the help of
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a2+ so let's start you can visit the my
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dedicated playlist on specific topics on
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micros workbenches mechanical design I
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have created separate playlist for uh
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different topics so you can visit and uh
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watch the videos of your
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interest you can also visit my website
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Mech nexus.com where I write articles on
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freead tutorials on freeat I also write
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articles on a mechanical design
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and I also cover the journ topics on a
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engineering so you can visit my website
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link is provided in a video
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description if you like my work and want
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to support me then you can support me on
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coffee.com you can buy me a cup of
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coffee your small support will help
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these channels to grow you will find my
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cofi donation page link my website link
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in a video descriptions so come back to
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tutorial so I will uh discard this file
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and I will create a new
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file and first I will save my file so
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here I have saved my file and now I will
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call one by one part in our assembly and
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we will assemble it so here on a2+ you
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will see the first option which is ADD
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part from an external file click on it
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and uh call your first part so our first
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part will be the fork say
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insert and place it and now here you
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will see that uh our part
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orientation is like this in our
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drawing so we will click on our inserted
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transform and here we will rotate it as
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orientations say okay and now we will
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insert our second part which is the I
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end click on insert and insert I
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now we will assemble it so first
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constraint I will give select this phas
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and this phas and here you will see
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option of a plain coincidence
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constraint and accept
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now select the surface inside and inside
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surface of our fork and I and view the
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Excel constraint accept
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it and now select this pH and this
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pH and give the parallel constraint to
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movement and now we will insert our pin
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so click on ADD part on a external
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now select the internal surface and give
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the Excel constraint accept it now
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face and this pH of a pin and give
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caller click on ADD part from external
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pH give the coincidence constraint
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now select the internal phas and this
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face and give the Exel
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now I will click on my colar click on
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transform and move it to the
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down and I will select this pH and this
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face and give the Excel
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now we will insert our taper pin to lock
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it click on the add part from external
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files click on the taper
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pin now select the pin surface and color
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surface you the Excel
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and now click on the taper
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pin and uh click on the
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transform rotate it and
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okay again click on the
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it so this is how the cter pin Position
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be so it has the rotational mement to
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our callar and pin so it doesn't
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matter click on the isometric view so
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you can see that uh how we have
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created the assembly in a free care of a
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knuckle joint with the help of uh a2+
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workbench so this is all about this
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tutorial if you like this tutorial then
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please like subscribe and share I will
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come with more useful tutorial like this
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on uh free Care thank you for watching
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and thank you for your valuable
