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.
A quick reference table for common development and splice lengths of steel reinforcement per ACI 318
This is an artificial intelligence project as part of a master's degree in structural engineering.
Calculate section properties for reinforced concrete sections.
RC_beams is a tool that gives the nominal resistence of a RC beam with a given reinforcement.
Analysis tools for Civil Engineers
Semi-automation of manual loads-descent calculations on a simple rectangular project using only Excel formulas as core computing. Some helpers were developped in python to accelerate data preparation for bigger projects.
An end-to-end project to analyze and model concrete compressive strength data then productionize the best model to help civil engineers determine concrete structural integrity.
The front-end of a project for predicting concrete compressive strength.
How would you predict the compressive strength of concrete as a function of its constituent materials and curing time? In this portfolio project, I optimize a model for determining concrete compressive strength using a deep neural network in Tensorflow 2.0 and compare its performance to linear models.
Based on % PT Value & concreate grade it will calculate the shear strength, designed for structural designer
