Recent content by Emna

exactly , thank you so much for being around n you and all the others ;)

the belt pulley will do all the work , and it's ok if the flywheel don't stock that energy , it at least ill smooth the energy variation , all i need id how to calculate it's inertia while it has a complicated shape and i got that i should calculate each part of it alone , there's no other way.

as long as the system is plugged in it must provide 4kw , if the flywheel helps stocking enough energy for at least 15min so the motor be shut down for that long it would be better.

the motor has an angular speed of 1500rpm and 1kw power, the belt pulley will make the generator turn 4 times the motor and the flywheel is supposed to increase the torque as much as you add it mass. i need to study the system to make the generator provides 4kw of power

I'm looking for another opportunity too I'm not liking it at all, i just got an answer from an industry today to work with them on a project , I have an interview on Saturday, hope it's an interesting one. Pray for me :) thank you xD

if anyone have a pdf support that i can read and that might help in my research would you please send it on this email < amaniguefrech@gmail.com > thank you.

I need to do calculate it as a proof for the jury members, and also i need it so i see how much the torque became and depending on the torque needed for the generator i ill know how much mass i should add to the flywheel so the system works perfectly

well I'm going to recycle a flywheel of a bicycle, it's made of some kind of plastic an add it some mass like it shown on the picture, i don't know how to find the density of the existed flywheel!

you can increase the angular speed by adding belt pulley and the flywheel will increase the torque as much as you add mass to it!

I'm trying to work on a project, a system that helps minimize the electricity consumption . for example using a 1kw motor , few belt pulleys, flywheel and a generator you can get a 4 to 5KW of electricity for the daily consumption.

Hi, I couldn't find how to calculate this flywheel inertia , any help please?! I know that I=1/2(mass*radius²) but it seams more complex then that!