Metadata-Version: 2.3
Name: NUTS_calkit
Version: 0.0.3
Summary: Non-Uniform Temperature Steel beam Calculation toolKit 
Project-URL: Homepage, https://https://github.com/Supernova772/Steel-beam-plastic-bending-resistance-under-non-uniform-temperature-distributions
Author-email: Yang Li <yang.li-5@manchester.ac.uk>
Classifier: License :: OSI Approved :: MIT License
Classifier: Operating System :: OS Independent
Classifier: Programming Language :: Python :: 3
Requires-Python: >=3.8
Description-Content-Type: text/markdown

# Manuscript of NUTS_calkit
**Non-Uniform Temperature Steel beam Calculation toolKit**
_Y. Li et al. May 2024, The University of Manchester_

## 1. Python commands:

### 1.1 Establishing Beam
### Access
*import NUTS_cakit*
*NUTS_calkit.Beam()*

**<<<<< Required arguments >>>>>**
d:  Section depth
w:  Section width
ft: Flange thickness
wt: Web thickness
fpl: Plastic strength of beam
t_dist: Temperature distribtuion in the section
    Dataformat: [temperature, ratio of the distance from beam top/section depth], 20C <= temperature <= 1200C.
    Example: [[600,0],[270,0.7],[100,1]] 

**<<<<< Returning objects >>>>>**
A NUTS_calkit beam object
 
*B1=NUTS_calkit(d=...,w=...,ft=...,wt=...,fpl=...,t_dist=[...])*

### 1.1.1 Plas_m()
Calculation of beam plastic bending moment

**<<<<< Required arguments >>>>>**
Beam: A NUTS_calkit beam objects

*NUTS_calkit.Beam.Plas_m(B1)*



