Analysis of an arbitrary cross-section in python using the finite element method.
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Updated
Apr 16, 2026 - Python
Analysis of an arbitrary cross-section in python using the finite element method.
Performed structural analysis of truss configurations using ANSYS and hand calculations. Evaluated nodal displacements, member stresses, and safety factors under varying loads, validating FEA results against analytical solutions.
Reader for CalculiX .dat files
Mechanical engineering calculation examples in Python -- projectile motion, stress analysis (Mohr's circle, von Mises, tensile test), beam SFD/BMD, thermodynamic cycles (Rankine, reheat, refrigeration), damped vibration, and numerical methods. Runs in Jupyter Notebook/JupyterLab.
A rapid, ASME/API-compliant tool for engineers to assess the integrity of process piping
int_defects is a tool for automating the stress analysis of interacting defects in structures.
M.Sc. mini project for NLP class (M908)
VitalFlow Backend is the server-side engine of the VitalFlow health tracking app, built with Flask and MongoDB. It manages user authentication, health data storage, NLP-based water and stress analysis, and provides smart insights through secure API endpoints.
Burnout Sentinel
A Python utility for translating pipe layout files from CAESAR II (.NTXT format) to PIPESTRESS (.FRE format).
Official code for NeST: Neural Stress Tensor Tomography by leveraging 3D Photoelasticity
Data-Model for the Transfer of Pipe Class Data
Datasets, analysis code, experimental assets for bachelor's thesis.
This project allows you to input a serial number (ID) to retrieve detailed member data and calculate their stress level based on heart rate and body composition.
This project promotes the concept of Design as an API: a mechanical design toolkit using JSON-driven solvers to automate textbook machine design calculations.
Tember is an AI mental health companion mobile app designed to be an empathetic and supportive friend to talk to.
Mechanical Engineering Toolkit is a full-stack web app for students to solve stress/strain, beam deflection, shaft torsion, heat transfer, and FEM problems with unit conversion, real-time previews, charts, PDF export, history tracking, and responsive dark/light UI.
Exploratory Data Analysis of wearable health data examining relationships between sleep, stress, lifestyle behaviors, and physiological indicators. Analyzes 55,200 daily records from 300 users over 6 months using Python, Pandas, Matplotlib, and Seaborn.
C++ console tool that sizes a robotic arm's cross-section and matches motors/gearboxes to load requirements
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