Recent content by s1h1ad2ow

I understand know I was using a wrong approach for this issue Thank you for your answers and your help guys

Suppose my design is giving me those values Can I get my torque to be 0.7 like i said in my previous post? (by adding a flywheel to distribute the weight)

I have one last question I understand i need now 0.7 N.m of torque However if equ of motion on pinion without flywheel is F*r = Jpinion* alpha If my torque should be 0.7 then using Jpinion= 0.5× mass pinion* r^2 i can find m = 40 kg. ( r = 0.02 m and alpha 88.5 rad/s^2) However my max pinion...

Oh i see now Thank you a lot for your help and for your time

Mmm ok that i understand well bas the trick is if i need to writr the equation of motion to my system it will not be like equation 1 ? Equ 1 : F2*Rp = Moment of inertia system*alpha With MOI system = inertia of pinion +(smthing) inertia of flywheel Doesnt this mean if i add the flywheel it...

Sorry for the confusion. This is a sketch. I am a bit as well confused due to many things. So as seen in the picture I have the pinion with the force F2 then gearbox with 1/20 then the flywheel then a generator. I derived two equations please correct me as I am not sure yet which one is correct...

First of all thank you for your reply Second of all i need 0.035 N.m torque to get this 10 w however i only have 0.0006 N.m due to my small size and weight of the pinion. Can i increase this torque by adding a flywheel? ( the pinion size and weight cannot be changed )

Hello guys, I am working on designing a flywheel to couple to a generator however i have a small problem and i have low knowledge in flywheels I have a pinion rotating at w = 14.13 rad/sec and torque Tpinion = F*Rpinion = Mass of inertia *alpha pinion All is known I can find Tpinion euqal...