1 Pages (4 items)
Simpson versus Trapezoidal method used for integration - The Trapezoidal method is compared with the Simpson method, both using Richardson extrapolation - Messages
#1 Posted: 5/16/2023 10:51:42 AM
Hi,
I was trying to understand how to use the numerical integration with the Simpson and Trapezoidal method. I could also explain the difference between the two methods, based on an example found in the forum.
I also applied the numerical integration to found the flow rate of a pump during the start up and shut down processes, which is useful to some degree for many engineers.
Hope it help,
Kind regards,
romberg_integration_exmple.sm (37 KiB) downloaded 83 time(s).
romberg_integration.sm (30 KiB) downloaded 81 time(s).
I was trying to understand how to use the numerical integration with the Simpson and Trapezoidal method. I could also explain the difference between the two methods, based on an example found in the forum.
I also applied the numerical integration to found the flow rate of a pump during the start up and shut down processes, which is useful to some degree for many engineers.
Hope it help,
Kind regards,
romberg_integration_exmple.sm (37 KiB) downloaded 83 time(s).
romberg_integration.sm (30 KiB) downloaded 81 time(s).
#2 Posted: 5/16/2023 3:59:09 PM
Trapeze suits better certain functions vs Simpson.
The converse is true: Simpson fits better certain function vs Trapeze.
Romberg/Simpson kernel is a much different story.
It converts the range of the variate of integration [0 ..1]
Last example: Trapeze better than Simpson ... poor vs ∫kernel.
Cheers ... Jean.
Integral COMPANION Trapeze.sm (36 KiB) downloaded 76 time(s).
The converse is true: Simpson fits better certain function vs Trapeze.
Romberg/Simpson kernel is a much different story.
It converts the range of the variate of integration [0 ..1]
Last example: Trapeze better than Simpson ... poor vs ∫kernel.
Cheers ... Jean.
Integral COMPANION Trapeze.sm (36 KiB) downloaded 76 time(s).
1 users liked this post
Javier Ochoa 5/16/2023 7:20:00 PM
#3 Posted: 5/16/2023 7:21:42 PM
Hi Jean,
I will take a look at your worksheet in orden to understand your advice.
I always wish to learn a bit more.
Thanks,
I will take a look at your worksheet in orden to understand your advice.
I always wish to learn a bit more.
Thanks,
#4 Posted: 5/17/2023 7:56:59 AM
WroteHi Jean,
I will take a look at your worksheet in order to understand your advice.
Visit Samples about Trapeze Integration, will be attached today.
Cheers ... Jean.
1 Pages (4 items)
-
New Posts
-
No New Posts