Just remember... half the diameter of any mandrel/manifold elbow laid flat is your centerline.... every assembly is angular, lateral, and roational variances... thats all there is to it... but then you have to maintain those in the weld out process... thats why they get spun
This gave me the idea to do something close. Should be to calculate internal volume of each runner.... not an exact science but would definitely make for a good flowing manifold
flow simulation?
That is something I would love to be introduced to in time! I think it might happen!
Good tips! Might have to give this a try
Just remember... half the diameter of any mandrel/manifold elbow laid flat is your centerline.... every assembly is angular, lateral, and roational variances... thats all there is to it... but then you have to maintain those in the weld out process... thats why they get spun
Great video.
Thank you! So awesome to hear!
you able to see runner length as well?
This gave me the idea to do something close. Should be to calculate internal volume of each runner.... not an exact science but would definitely make for a good flowing manifold
Awesome 👍😎
Awesome info and video man!
Thank you!