Video is good Theory of machines Inversion of single slider mechanism it is the inversion 3 where the link 3 is fixed and the input is given as from the motor where the link 2 acts as the crank and it rotates in turn which makes the slider to oscillate thus these mechanism is mainly used in past days for ships as the oscillating cylinder engine Mechanism the input as the rotation (crank) and the output as the oscillation (rocker). Rotary to reciprocatory.
Hi nice video It is the third inversion of slider crank chain. In this connecting rod is fixed. Will you please tell me that is connecting rod is imaginary in this inversion???
bro video was good but the background sound was not good for this video.
Video is good
Theory of machines
Inversion of single slider mechanism it is the inversion 3 where the link 3 is fixed and the input is given as from the motor where the link 2 acts as the crank and it rotates in turn which makes the slider to oscillate thus these mechanism is mainly used in past days for ships as the oscillating cylinder engine Mechanism the input as the rotation (crank) and the output as the oscillation (rocker). Rotary to reciprocatory.
Hi nice video
It is the third inversion of slider crank chain. In this connecting rod is fixed.
Will you please tell me that is connecting rod is imaginary in this inversion???
Mast video hai sir
ÓTIMA ideia👏👍👈
Very nice video😁
which software used for this make animation works...its helps to my
project....
Solidworks was used, but you can use any software
Why such music in an educational video??
Sounds like DIY video:)
Can we also animate such projects during engeeniring
BABULAL SUTHAR yes u can with little knowledge of 3d modelling software
Thanks bro
Where is link 3 (the fixed link) ? Please anyone explain
Connecting rod is fixed in this SSCIM