I like your method for the initial alignment of the gear pairs. However, when setting the mechanical gear constraint, another method is to select the pitch circle diameters of both gears. Solidworks will calculate the gear ratio based on the sizes of the 2 pitch circles. If you later change the ratio of the gears, then the gear constraint will automatically update. This method of setting the gear constraint is also very useful when using timing belt pulleys.
I have a problem, when I increase the number of teeth my dedendum circle diameter gets bigger than the base circle diameter but this should be the other way round...Can you help me please? Thanks in advance
Hi, I have a problem with this. Both of my gears are having the same diametral pitch but when I am arranging the gears, it seems the teeth would interfere with each other. Can anyone enlighten me on this?
Hi, Wonderful tutorial. Could you clarify why the front planes have to be made coincident when you have already made the front surface of the gear and pinion coincident?
At 10:38 you hit green checkmark but you only had one line selected. That's why the two lines were not actually conicident when you tried moving the gear. I really hate it when someone claim to be an expert in SolidWorks and post videos for the public. Yet they make silly mistakes that waste the person's watching time !
I like your method for the initial alignment of the gear pairs. However, when setting the mechanical gear constraint, another method is to select the pitch circle diameters of both gears. Solidworks will calculate the gear ratio based on the sizes of the 2 pitch circles. If you later change the ratio of the gears, then the gear constraint will automatically update. This method of setting the gear constraint is also very useful when using timing belt pulleys.
Thanks for the input.
I like your method for the initial alignment of the gear pairs.
Thanks mate, it was a frustrating way until i found this video. I owe you one. ♥
This was incredibly helpful for my project. Thank you very much!
Another great video, thank you.
Totally perfect. Thank you !
I like to use physical dynamics to check if the gears turn properly, seems a little more satisfying than using mechanical mates.
that was smooth
professor yang, really appreciate you.
where can i find your earlier tutorials? thanks
You speak good English mate, proud of you as a Chinese!!
I have a problem, when I increase the number of teeth my dedendum circle diameter gets bigger than the base circle diameter but this should be the other way round...Can you help me please? Thanks in advance
super video it is very helpful
Hi, I have a problem with this. Both of my gears are having the same diametral pitch but when I am arranging the gears, it seems the teeth would interfere with each other. Can anyone enlighten me on this?
nice lesson, thank you
Hello Mr.Yang Cao..can you show me how to do BEVEL GEAR assembly? Thanks
Why can't I select the centerline?
Hi there, do you know why solidworks spur gears only allow certain diametial pitch values, is it due too gear wear, or gearing issues?
thanks a lot
thank u
Why dont you use gears from toolbox components?
Hi,
Wonderful tutorial. Could you clarify why the front planes have to be made coincident when you have already made the front surface of the gear and pinion coincident?
As we have applied 5 rpm to the driver, please tell where can we find the rpm of driven gear through software?
idk through the software but the output rpm is the input rpm multiplied by the Train Value
Great video, thanks! Question: how come a gear can't have fewer than 13 teeth? I've googled my ass off about this and came up with nothing.
If the gear ratio is 1:1, with pressure angle of 20 degree, the smallest number of teeth on a spur pinion is 13.
mate PD circles to tangent
At 10:38 you hit green checkmark but you only had one line selected. That's why the two lines were not actually conicident when you tried moving the gear. I really hate it when someone claim to be an expert in SolidWorks and post videos for the public. Yet they make silly mistakes that waste the person's watching
time !
You're a fucking asshole.
dislike