Tutorials

Automate AutoCAD using ChatGPT | Validate LISP Program in AutoCAD | What is AutoLISP | CADable

Ibrahim Omer
in Drafting
12 1 Expert
Hi friends welcome back to CADable. This is Engr. Ibrahim Omer and in this tutorial we will learn how to automate AutoCAD using ChatGPT. We will learn the following: What is AutoLISP? How to use ChatGPT to write LISP code Making a parametric tube section LISP program Validate LISP Program in AutoCAD That's it for today's tutorial! I really hope you find it useful. If you have any questions or need help, please drop a comment below. I love hearing from you. Chapters of the tutorial: Introduction 0:00 What is AutoLISP 0:14 Making a LISP program in ChatGPT 0:53 Saving LISP program in Notepad from ChatGPT 1:44 Launch AutoCAD + AutoCAD basic settings 2:32 Upload LISP program in AutoCAD 3:03 Moving UCS icon to origin 3:34 Tube section 1st program + AutoCAD measure tool 3:45 Tube section 2nd program + AutoCAD measure tool 4:30 Tube section 3rd program + AutoCAD measure tool 5:08 Conclusion 6:04 Don't forget to subscribe for more fun and informative videos. I also make tutorials, Shorts, and even quizzes and polls to help refresh your memory, learn new things, or just revisit the basics. #AutomateAutoCADusingChatGPT #ValidateLISPPrograminAutoCAD #WhatisAutoLISP #CADable #cadabletutorials Watch Tutorial: https://youtu.be/zP6YMHM9wr8
AutoCAD cadable lisp program autocad autocad lisp command automate autocad using chatgpt

How to set up nonsteady simulation

Oleksandr Grinenko
in FEM
2 0 Intermediate
Hello people, In this tutorial - nonsteady thermomechanical FEM simulation. Heat flux load for heat sink. Link to the video with descriptions here: https://vimeo.com/1106773772
tutorial heatsink nonsteady thermodynamics simulation freecad

Solidworks Beam and Column Simulation [ I-Beam Profile ]

Ahmed Sakib
in FEM
2 0 Intermediate
Solidworks Beam and Column Simulation [ I-Beam Profile ]‪@cadingal‬ #solidworks #beam #column Learn! Solidworks weldment Define I-beam section to column Apply UDL Evaluate deformation, SFD, BMD ***Join our SOLIDOWRKS Advanced Level Training Course on Udemy

Essential AutoCAD Commands for Beginners

Aya maansi
in Drafting
2 0 Beginner
In this tutorial, I introduce the most important AutoCAD commands every engineer and designer should know to work faster and more efficiently. 📐 Whether you are a beginner or already familiar with AutoCAD, this video will help you understand and apply the most commonly used commands with clear examples. Commands covered in the video: Line (L): Draw straight lines Circle (C): Create circles Rectangle (REC): Draw rectangles Trim (TR): Cut extra parts Extend (EX): Extend lines to meet Move (M): Move objects Copy (CO): Duplicate objects Mirror (MI): Create mirrored copies Offset (O): Create parallel lines/shapes Array (AR): Pattern or repeat objects Dimension (DIM): Add dimensions Hatch (H): Apply hatching or shading Zoom & Pan: Control your view
AutoCAD 2d modeling autodesk autocad

Contour plot in FreeCAD

Oleksandr Grinenko
in FEM
0 0 Beginner
Hello people, In this tutorial - static FEM simulation and shown, how to view contour plot in FreeCAD workbench simulation results, for example displacement, stress, strain, etc. Link to the video with descriptions here: https://vimeo.com/1113812292
simulation contourplot wing freecad

Edge Welding Analysis and Throat and Weld Size Calculation | Solidworks Explained

Ahmed Sakib
in FEM
0 0 Intermediate
Welcome to my best mechanical simulation channel @cadingal Here we will do edge weld analysis of a joint with Solidworks. Learn! How to define single sided and double side edge weld? How to select weld electrode size and type? Evaluate weld size Factor of safety Throat Size of weld
simulation fem solidworks weld edge welding

Simulasi Fluida di Air Shaper

khoirul anam
in CFD
0 0 Beginner
Senang sekali bisa berbagi kemajuan terbaru dalam proyek saya! Saya baru saja menyelesaikan desain 3D untuk Roda Pemanen Kelapa Sawit yang Inovatif, lengkap dengan sistem suspensi terintegrasi, menggunakan Autodesk Fusion 360. Proses desain ini merupakan tantangan menarik dalam mengoptimalkan performa dan daya tahan roda, terutama di medan perkebunan kelapa sawit. Setelah desain 3D rampung, saya melangkah lebih jauh dengan melakukan simulasi aerodinamis dan fluid dynamics menggunakan Airshaper. Langkah ini krusial untuk menganalisis dan memvalidasi efisiensi desain, mengidentifikasi potensi area optimasi, dan memastikan kinerja optimal di lapangan. Pengalaman ini tidak hanya memperdalam pemahaman saya tentang desain komponen berat dan sistem suspensi, tetapi juga mempertajam kemampuan saya dalam memanfaatkan simulasi canggih untuk validasi rekayasa. Senang bisa terus belajar dan berinovasi! #DesainProduk #RekayasaMekanis #Fusion360 #Airshaper #Simulasi #Inovasi #KelapaSawit
desainproduk rekayasamekanis fusion360 airshaper simula
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