Tutorials

Robot Head in Plasticity

1 0 Intermediate
Tutorial inspired by Rafael Amarante. One of the greatest 3D artists in my opinion

S-shaped battery cooling geometry in ANSYS

0 0 Intermediate
Creating an S-shaped cooling geometry in ANSYS or any other simulation software requires a good understanding of fluid dynamics, heat transfer, and simulation tools. It may also involve several iterations to achieve the desired battery system cooling performance.

botella.isg

0 0 Intermediate
botella con ensambles

Learn How to Remix and Customized 3D Models | Meshmixer Tutorial

3 2 Intermediate
Learn how to remix and customize 3D models with Meshmixer in this step-by-step tutorial. Whether you're a beginner or an experienced designer, this video will show you all the tips and tricks you need to create unique and creative 3D designs. Follow along as we demonstrate how to use Meshmixer's powerful tools to manipulate and combine different models and export your final design for 3D printing or other applications. Whether you're looking to create something totally new or just want to give an existing model a fresh twist, this tutorial will have you remixing 3D models like a pro in no time!

Mechanical Wrench Design

0 0 Intermediate
This video explains how to design a mechanical wrench.

Combination Spanner Design

0 0 Intermediate
This video explains how to model a Combination Spanner.

Double Sided Hexagon Spanner

0 0 Intermediate
This video explains how to model Double Sided Hexagon Spanner.

Coffee Mug

0 0 Intermediate
The video explains how to model coffee mug.

Bracket

0 0 Intermediate
The video linked here explains how to model a bracket and analyze using ANSYS Workbench.

Allen key

0 0 Intermediate
The video explains how to model an Allen Key and analyze it using ANSYS Workbench.

Now AI in 3D Model Character? Unreal E5:

0 0 Intermediate
Future

Electro-Pneumatic Tutorial: A+ A- B+ B- with Timer and Counter

1 0 Intermediate
This video guides us on how to design an electro-pneumatic system. The sequence of the system will be START; DELAY 10 SEC.; A+ A- {​B+ B- (3 TIMES)}​; STOP. The system was designed by using FluidSIM V4.2.