finite element analysis package for civil engineering structures.

Calculate section properties for reinforced concrete sections.

An interaction diagram for reinforced concrete sections according to Eurocode 2 (EN1992-1-1)

Python executable for design of hollow reinforced concrete sections under combined actions

Python Wrapper for SAP2000. Generate/Analyze/Extract complex structural models using python.

Section Analysis - modelling and analysis of custom cross-sections

A Python package to analyze and design reinforced concrete sections - by the limit state method as per IS 456:2000, the Indian Standard code of practice for plain and reinforced concrete.

Program for generating PM interaction diagrams

Android钢筋混凝土的配筋设计APP（Reinforced Concrete Design Helper）

fiber model for the reinforced concrete section

Software to perform pushover analysis of circular reinforced concrete members

Java library for the analysis and design of reinforced concrete beams using both the PCA and Whitney rectangular stress block.

Example machine learning implementation to predict the residual bending moment capacity of corroded reinforced concrete beams tested under monotonic three or four-point bending. Data is collected from 54 experimental programs available in the literature.

Calcul béton armé selon l'Eurocode 2

Karşılıklı etkileşim diyagramı hazırlanması

Example machine learning applications for the determination of the residual yield force of corroded steel bars tested under monotonic tensile loading. Data is collected from 26 experimental programs avaialbe in the literature.

reinforced concrete design package

GUI en Matlab que calcula los diagramas de interacción P-M y de Momento-Curvatura de una sección rectangular de hormigón armado

A quick tool for reinforced concrete slab deflection checks to EC2. This was built to address the need due to a feature glitch in CSC Orion.

GUI en Matlab que calcula los diagramas de interacción P-M de una sección rectangular o circular de hormigón armado y el área requerida de acero en función de su geometría y esfuerzos