This app can simulate complex 4 bar, 5 bar, 6 bar and even 8 bar linkage mechanism. It also has Gear Train calculator and Power-Screw calculator.

Google Play Store

Enter Angle Of Driver shaft : deg

rads

Enter RPM of motor: rpm

rad/s

rads

The Door's Starting Angle (angle w.r.t the fixed link, when the door is completely in open position) : degs

Note: For 4-bar mechanism, the starting point can be taken as 0 if the angular speed of the link is 0. The starting point is same as finished point i.e if link does a 360o


Enter Torque of Motor: N-m

Output Torque: N-m


Weight of the Door : KG

Width/Breath of The Door: mm

Acceptable/Desired final angle from starting point where the door must have attained desired angular velocity(Proceeding from final angle, angular acceleration=0): degs

Acceptable/Desired time to reach desired angular velocity from starting point(At starting point, angular velocity is equal to 0): seconds

N-m

N-m

N-m


Gallery

Note: "How To" contains links to youtube tutorial page.

Straight Line Mechanism(4 bar)How To


Straight Line Mechanism(6 bar)How To


Straight Line Mechanism(8 bar)How To


Sheet Metal Shear


Walking Mechanism(6 bar) from diywalkers.comHow To


Dwell Mechanism(6 bar)Wikipedia(Licence)


Straight Line Mechanism(4 bar)


vice(4 bar)


Dwell Mechanism(6 bar)Wikipedia(Licence)


lamp(4 bar)


Abstract Mechanism(6 bar)Wikipedia (Licence)


Jansen's Walking Mechanism(8 bar)


 

Google Play Store