readme-eurocodepy.md

EurocodePy

Here are some guide questions that will help you out:

What was your motivation?
Why did you build this project?
What problem does it solve?
What did you learn?
What makes your project stand out?
If your project has a lot of features, consider adding a "Features" section and listing them here.

What your application does,
Why you used the technologies you used,
Some of the challenges you faced and features you hope to implement in the future.

Examples

Calculate the resistance of a concrete section according to Eurocode 2

resistance = ec2.concrete_section_resistance(fck=30, b=0.2, h=0.4, d=0.35, fyk=500)

Calculate the shear capacity of a reinforced concrete beam according to Eurocode 2

shear_capacity = ec2.shear_capacity_beam(b=0.3, d=0.4, as_=0.01, fck=30, fyk=500, vEd=50)

Calculate the bending moment capacity of a reinforced concrete beam according to Eurocode 2

moment_capacity = ec2.bending_moment_capacity_beam(b=0.3, d=0.4, as_=0.01, fck=30, fyk=500) In addition to the Eurocode 2 functions shown above, EurocodePy includes functions for Eurocodes 0, 1, 3, 4, 5, 6, 7, 8, 9, and EN 1992-1-1.

Create a material object for concrete

concrete = Material(name="C30/37", fck=30, fck_cube=37, fctm=2.6, Ecm=31000, G=11500)

Create a material object for steel

steel = Material(name="S500", fyk=500, fuk=630, E=200000, G=77000)

Use the concrete object in a Eurocode 2 calculation

resistance = ec2.concrete_section_resistance(b=0.2, h=0.4, d=0.35, material=concrete, gamma_c=1.5)

Use the steel object in a Eurocode 3 calculation

section_class = ec3.section_classification(h=0.3, b=0.2, t=0.01, material=steel)