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
Calculate section properties for reinforced concrete sections.
This is an artificial intelligence project as part of a master's degree in structural engineering.
RC_beams is a tool that gives the nominal resistence of a RC beam with a given reinforcement.
Analysis tools for Civil Engineers
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.
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.
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
