Tutorials

Stealing a Label for use in Keyshot

11 2 Intermediate
Today we see how to "steal" a realistic looking part marking (stamp) for use in a Keyshot rendering. This should apply to other rendering applications too.

Transporte vibratorio - Parte 2

10 0 Intermediate
Parte 2: primer análisis sistemático de lo que logramos en forma intuitiva en la Parte 1, retomando el concepto de vibraciones en sistemas de un grado de libertad.

How to prevent models from being cut in PhotoView 360

9 0 Beginner
While rendering with PhotoView 360, the Final Render might show your model cut - from below - as if a plane sliced through it, although the Integrated Preview (in SolidWorks) shows your model perfectly. I had this issue a couple times, so I thought that others might have it too. So here I'll show you how to fix this problem.

How to write in your mother language, but preview in English

9 7 Beginner
Since both starting a group discussion and participating in it must be in English, I made this tutorial to help users from other countries that find it difficult to write in English. By the way, this tutorial was suggested by https://grabcad.com/fredswug-1.

Pick and place application with KUKA KR16 robot using coppeliaSim and Matlab

9 1 Intermediate
. . . . . . . . Hi friends , in this tutorial I will show you how to create a pick and place simulation with the 6 DOF robot KUKA KR16 . Contents : ** V-REP part : 1-Attach a gripper to the robot flange 1:00 2-Add a conveyor 3:51 3-Set the robot in the inverse kinematic mode 7:22 4-Generate an infinite number of pieces 10:14 ** Matlab part : 5-Gripper function 13:13 6-Linear move function 15:47 7-Pick and place function 20:30 8- main code 24:33 all the matlab remote API functions are available here : http://www.coppeliarobotics.com/helpFiles/en/remoteApiFunctionsMatlab.htm#simxSetJointPosition I hope it's helpful and if you have question , I will do my best to answer them If you want to do this simulation again , you can download the KUKA KR 16 from here : https://drive.google.com/file/d/1ZaMG-3bbJN-GHo3lghNYwZNuZD61NDDS/view?usp=sharing Facebook page : https://www.facebook.com/Mechatronics-Ninja-1601353846600883/?ref=bookmarks Thank you for watching.

Adjust Depth of Field using Depth Map- Photoshop

8 3 Beginner
In this tutorial I am going to explain to dynamically control depth of field using Depth Map. Also at the end of this tutorial I will explore a cool Facebook trick. Links for keyshot file, images are available at end of this tutorial.

Compression Spring, Equation Driven, in SolidWorks

8 0 Beginner
Not sure this is a tutorial, or just the description of my process for building a printable compression spring. There are equations in the excel documents not just for a printable spring, but also designing custom metal. Designing the spring and Using the model loaded here: https://grabcad.com/library/compression-spring-equation-driven-1

Mastering ChatGPT: A Creative Guide to AI Conversations

8 2 Intermediate
Welcome to the Chat GPT Pro Handbook, a comprehensive guide curated by Shekhar Mishra (@Virus1260) on GrabCAD. Whether you're a seasoned designer or just getting started, this handbook is your go-to resource for mastering the power of Chat GPT in your design workflows. In this carefully crafted handbook, Shekhar Mishra shares invaluable insights, tips, and techniques on leveraging Chat GPT to optimize your design process. From brainstorming innovative ideas to generating complex CAD models, this handbook will empower you with the knowledge and skills needed to unleash your creativity. Discover how to harness the full potential of Chat GPT as Shekhar Mishra, a renowned expert in the field, takes you on a captivating journey through practical examples, real-world applications, and hands-on exercises. Gain a deeper understanding of how Chat GPT can enhance your problem-solving abilities, streamline collaboration, and expedite your design iterations. Inside the Chat GPT Pro Handbook, you'll find: Introduction to Chat GPT: Dive into the fundamentals of Chat GPT, understand its capabilities, and explore its applications within the realm of design. Creative Idea Generation: Unleash your imagination as you discover proven techniques to spark innovative design concepts using Chat GPT as your trusted brainstorming companion. Design Optimization: Learn how to optimize your design iterations with the help of Chat GPT, enabling you to create refined and efficient solutions in less time. Collaborative Workflows: Explore the collaborative power of Chat GPT, and discover how it can facilitate seamless communication, enhance team collaboration, and break down barriers in design projects. Advanced Tips and Tricks: Unlock the full potential of Chat GPT with expert tips and tricks from Shekhar Mishra. Explore advanced features, shortcuts, and hidden gems that will elevate your design workflow to new heights. Embrace the transformative potential of Chat GPT and revolutionize your design process with the Chat GPT Pro Handbook. Whether you're an experienced professional or an aspiring designer, this handbook will equip you with the knowledge and skills to take your designs to the next level. Join Shekhar Mishra (@Virus1260) on this captivating journey and unlock the secrets of harnessing Chat GPT's power for unparalleled design innovation. Grab your copy of the Chat GPT Pro Handbook today and become a master of design in the digital era.

Area Moment of Inertia: Manual Calculation vs CAD

8 9 Beginner
Area Moment of Inertia: Manual Calculations Validated in CAD (SolidWorks)

Mechanics Basics Part 2

8 3 Beginner
In this tutorial we will look at the concept of STRESS in an engineering concept. Stress is the mechanics relationship that defines the load we place on a part, and the ability of the material it is made from, to resist this load that has been applied to it. The actual strength of a material is a physical property of the material and as the mechanical parts that we design come in all shapes and sizes, we require value, that relates our load back to the physical properties of the material we want to make our part from As usual, due to the format of the GrabCad tutorial module the pdf version of this tutorial can't be easily attached to this tutorial. The pdf version can be downloaded from this token model I have placed on GrabCad, Mechanics Basics Part 2.pdf can be downloaded here : https://grabcad.com/library/basic-mechanics-tutorial-holding-model-1 Follow this link to download pdf versions of basic mechanics tutorials

SPIDER LASER 1 CUT - (ARAÑA 1 CORTE LASER) Autodesk Inventor

9 5 Intermediate
Plans for cutting in the video description

Conceptual Design of Dovetail Joint

8 4 Beginner
Some solutions to the challenge posed by https://grabcad.com/steen.winther are presented: impossible dovetail joint? Each one starts their attempt from a particular situation, which can lead them to first find a solution (such as the rectilinear one) and later others (such as the circular ones). What this tutorial intends is to show the style of conceptual thinking that allows "discovering the rules behind particular cases" to conclude that all possible solutions actually derive from "the same idea". Note: this type of challenge is useful for those who do not know the solution or other similar cases. The idea is to force the process of generating and evaluating ideas. Once you know the case, the opportunity to discover solutions is lost!

Creatividad en ingeniería - Parte 1

8 2 Expert
La creatividad es un concepto complejo, actualmente investigado con diferentes enfoques que iniciaron en la psicología y se extendieron a diversos campos. Este tutorial pretende mostrar algunos de sus mecanismos, con los cuales quizás muchos se sientan identificados, para mejorar nuestras prácticas de diseño. No se trata de incrementar esta capacidad (ojalá se pudiera) sino de conocer algo de ella para, al menos, no bloquearla u obstaculizarla sin darnos cuenta.

Gear "Module" Explained in 1 Minute

7 2 Beginner
#GearModule #Gears #Module https://amzn.to/3fjbhH3 Module=d/N (d is pitch diameter and N is number of teeth) Number of Teeth = Reference Diameter/ Module Reference Diameter = Module x Number of Teeth Reference Pitch = Module x Pi Like and subscribe for more!

Models

7 1 Expert
Models