UPE/UAP beams

Sizes variants and definitions to generate UPE-like.

Example:

from db_beams_and_bars.upe import Standards, Section, Bar

Section(Standards.UPE.UPE_80)
Bar(Standards.UPE.UPE_80, 1000)

All classes in this module are based on this sketch:

Hot rolled UPE beams

Matter: S275JR
Standards: DIN 1026-2: 2002-10

Data sources:

https://www.dlubal.com/en/cross-section-properties/series-upe-din-1026-2-2002-10

Usage

from bd_beams_and_bars.profiles.upe import Section, Bar, Standards

# Create a section:
section = Section(Standards.UPE.<variant>)

# Create a beam (3d model):
beam = Bar(Standards.UPE.<variant>, 1000)

Variants

Name	h	b	tw	tf	r
`UPE_80`	80	50	4.0	7.0	10
`UPE_100`	100	55	4.5	7.5	10
`UPE_120`	120	60	5.0	8.0	12
`UPE_140`	140	65	5.0	9.0	12
`UPE_160`	160	70	5.5	9.5	12
`UPE_180`	180	75	5.5	10.5	12
`UPE_200`	200	80	6.0	11.0	13
`UPE_220`	220	85	6.5	12.0	13
`UPE_240`	240	90	7.0	12.5	15
`UPE_270`	270	95	7.5	13.5	15
`UPE_300`	300	100	9.5	15.0	15
`UPE_330`	330	105	11.0	16.0	18
`UPE_360`	360	110	12.0	17.0	18
`UPE_400`	400	115	13.5	18.0	18

Hot rolled UAP beams

Hot rolled, obsolete UAP beams

Matter: S275JR
Standards: NF. A. 45-255

Data sources:

"Produits métallurgiques", DESCOURS & CABAUD, 2010
http://www.mecatools.free.fr/profiles/uap.html
http://www.mecatools.free.fr/profiles/uap.js
https://www.dlubal.com/en/cross-section-properties/series-uap-nf-a-45-255-1983-11-szs

Usage

from bd_beams_and_bars.profiles.upe import Section, Bar, Standards

# Create a section:
section = Section(Standards.UAP.<variant>)

# Create a beam (3d model):
beam = Bar(Standards.UAP.<variant>, 1000)

Variants

Name	h	b	tw	tf	r
`UAP_80`	80	45	5	8	8
`UAP_100`	100	50	5.5	8.5	8.5
`UAP_130`	130	55	6	9.5	9.5
`UAP_150`	150	65	7	10.25	10.25
`UAP_175`	175	70	7.5	10.25	10.75
`UAP_200`	200	75	8	11.5	11.5
`UAP_220`	220	80	8	12.5	12.5
`UAP_250`	250	85	9	13.5	13.5
`UAP_300`	300	100	9.5	16	16