11 skills found
MyersResearchGroup / IBioSimiBioSim is a computer-aided design (CAD) tool aimed for the modeling, analysis, and design of genetic circuits. It is capable of importing and exporting models specified using the Systems Biology Markup Language (SBML). iBioSim also supports the Synthetic Biology Open Language (SBOL), an emerging standard for information exchange in synthetic biology.
ukaea / SpaceClaim API NeutronicsToolsCollection of tools for efficiency improvements in developing a CAD model for neutronics analysis
mengyusong / Bim3dEditorcontains foundational React UI component libraries and Three.js to create an online editable CAD analysis editor and free 3D modeling function.
skurwa / 6dof ArmInitial analysis of 6 DOF robotic arm in MATLAB, CAD modeling in Solidworks
Harighs / SLS SLM Metal 3D PrinterIn this final Bachelor's thesis, "Design of 3D-Printer" provides advanced design model of SLS 3D-Printer after reviewing several existing printers. Some of them were compared with overall designs. New technology of twin laser system is introduced. Advanced analysis and calculation for Sintering process and necessary calculations for drive components has derived. CAD model of the entire printer is designed with some unique features. Strength calculation has been made and electrical control scheme has been designed. Physical properties of the material that are to be sintered is analyzed (Nylon PA-12). Requirements of the laser system have been shown.
BsmYksln / CAD2SeesCAD2Sees is a Python-based tool for the automated creation and analysis of reinforced concrete (RC) building models in OpenSeesPy, using CAD files.
AneeshSB / Siemens NX AI Copilot Digital Twin AssistantAn AI-powered engineering assistant for Siemens NX that controls CAD modeling and Digital Twin analysis using Natural Language commands. Powered by Google Gemini & Python.
GBR-RL / DeepInspect3DA modular, high-fidelity 3D inspection framework for detecting geometric deviations in engineered components through CAD-referenced scan analysis, precise point cloud registration, and spatial deviation mapping.
BTWarwick / CAD Factor Regression AnalysisA limitation of the factor regression available on portfoliovisualizer.com is that it does not take FX into account. To address this, I have developed a python module that considers the CAD:USD data when performing a regression analysis on securities listed on the Toronto Stock Exchange (TSX). For Canadian Equities listed on the TSX run CDN_listed_CDN_Equity.py. For US Equities listed on the TSX run CDN_listed_US_Equity.py. US equities are analyzed using the Fama-French 5 factor model using the daily data. Canadian equities are analyzed using AQR data for MKT-RF, SMB, HML(FF), QMJ, and UMD (FF data not available for Canada). For comparative purposes, the file US_listed_US_Equity replicates the results from portfoliovisualizer.com for US listed US Equities analyzed using the FF 5-factor model with daily data. X, Custom_start_date, and Custom_end_date can be modified as required by the user. If the user does not wish to enter a custom start or end date, a value of zero will use the longest dataset possible. Prior to running the scripts, the following lines of code must be executed if their respective packages have yet to be installed: pip install pandas pip install numpy pip install DateTime pip install statsmodels pip install urllib3 pip install zipfile37 pip install investpy pip install yfinance Prior to running the CDN_listed_CDN_Equity.py script for the first time, run importAQR_QMJ.py to download the AQR dataset onto the local hard drive. Once the dataset is downloaded, the importAQR_QMJ.py script is not required to be executed unless updated data is required.
vefghmhassan / Stl VolumeThe Go code snippet calculates volume, weight, and density of 3D models from STL files, supporting both ASCII and binary formats. It features `STLCalc` for file analysis, incorporating methods for reading, volume computation, and density adjustment, useful in 3D printing and CAD applications.
swapnilharel / WEIGHT OPTIMIZATION OF DOME• The main objective of the project was to optimize weight of a Trussed Dome structure under various loading condition viz. dead load, wind load, snow load and thermal load. • The design region was a Steel Dome Structure, consisting 130 elements and 51 nodes. The Computer Aided Drawing (CAD) model was designed using SolidWorks. • The Elemental Stresses and Nodal Displacements were calculated by running analysis in ANSYS and. • Using the analyzed data from ANSYS, the optimization was carried out in MATLAB using optimization function named FMINCON. • The proposed optimization approach succeed in obtaining optimal designs with higher converged degree. Software and tools used: MATLAB, ANSYS WORKBENCH, ANSYS APDL, SolidWorks, Microsoft Excel.
