Tutorials

  • Assemblies ×
  • Simulation & CAE ×
  • AutoCAD ×
  • Fusion 360 ×
  • NX Unigraphics ×
  • Other ×

Mountain Bike Design

MANIKANTHA P
in Assemblies
30 10 Intermediate
Mountain Bike Design part 01 using unigraphics
NX Unigraphics assembly unigraphics bike mountain mtb

NX 11:Creating Assembly

Anand Panchal
in Assemblies
14 2 Beginner
A tutorial on Sub assembly and showing arrangements of hydraulic cylinder-piston assembly.
NX Unigraphics sub-assembly cylinder hydraulic arrangements assembly unigraphics nx

(VIDEO TUTORIAL) LAMBORGHINI ENGINE Design in UNIGRAPHICS

MANIKANTHA P
in Assemblies
11 0 Expert
The Lamborghini V12 refers to the flagship V12 engine used by Lamborghini. Lamborghini has had two generations of V12 engines through their history, both of which were developed in-house. The first-generation Lamborghini V12 was a sixty degree (60°) V12 petrol engine designed by Lamborghini,[1][2] and was the first internal combustion engine ever produced by the firm.
NX Unigraphics animation assembly v12 lamborghini engine

Robotic Tank Tread Assembly- Fusion 360 Tutorial (Tracked Robot Part 2)

Engineering Juice
in Assemblies
10 3 Beginner
#Fusion360 #Fusion360Tutorial #AutodeskFusion360 Buy this chain: https://amzn.to/3f2FZEl In this series, we will design and develop a tracked, tank-like mobile robot optimized for use on sand and in desert environments. The modeling of the treads, custom sprocket, idler rollers and 3D printed suspension system will be shown in great detail. We will first create the chain links themselves and the tread pieces, then pattern them along the shape of the loop. Once we finish this, we will create the custom sprocket and motor connection followed by the idler spindle and finally the suspension system. In the end, we can mirror our entire assembly to the other side to create the right side tread. Working on only one side at a time makes it easier on our computers and allows us to work faster with less lag-time.
Fusion 360 robotics tutorial 360 fusion

(VIDEO TUTORIAL) MECHANICAL BIRD Design in UNIGRAPHICS | Flapping wing mechanism design

MANIKANTHA P
in Assemblies
11 0 Expert
When a bird flaps, as opposed to gliding, its wings continue to develop lift as before, but the lift is rotated forward to provide thrust, which counteracts drag and increases its speed, which has the effect of also increasing lift to counteract its weight, allowing it to maintain height or to climb
NX Unigraphics animation modeling part unigraphics mechanism wing flapping

Radial engine Animation in NX

MANIKANTHA P
in Assemblies
10 4 Intermediate
Applications. Radial engines have several advantages for airplanes: They can produce a lot of power. A typical radial engine in a B-17 has nine cylinders, displaces 1,800 cubic inches (29.5 liters) and produces 1,200 horsepower.
NX Unigraphics animation mechanism assembly nx enigne design engine enigine radial unigraphics

Pulley Tensioner 2, Fusion 360, animation

Auday
in Assemblies
9 0 Expert
another Pulley Tensioner disassembly using Fusion 360 Animation
Fusion 360

Scooby_doo car

Capragiu Mihai
in Assemblies
9 0 Beginner
Estaffette
AutoCAD

DRONE ASSEMBLY DESIGN in SIEMENS NX

MANIKANTHA P
in Assemblies
8 0 Beginner
Drone assembly design using Siemens NX, An unmanned aerial vehicle (UAV) (or uncrewed aerial vehicle,[2] commonly known as a drone) is an aircraft without a human pilot on board. UAVs are a component of an unmanned aircraft system (UAS); which include a UAV, a ground-based controller, and a system of communications between the two.[3] The flight of UAVs may operate with various degrees of autonomy: either under remote control by a human operator or autonomously by onboard computers[4] referred to as an autopilot.
NX Unigraphics assembly nx unigraphics drone

Mountain bike design in SIEMENS NX

MANIKANTHA P
in Assemblies
7 0 Intermediate
A mountain bike (MTB[1]) or mountain bicycle is a bicycle designed for off-road cycling. Mountain bikes share some similarities with other bicycles, but incorporate features designed to enhance durability and performance in rough terrain. These typically include a suspension fork, large knobby tires, more durable wheels, more powerful brakes, straight handlebars, lower gear-ratios for climbing steep grades and sometimes rear suspension to really smooth out the trail
NX Unigraphics unigraphics assembly mtb mountain design bike

Robotic Suspension System 4- Fusion 360 Tutorial (Tracked Robot Part 9)

Engineering Juice
in Assemblies
6 0 Beginner
#Fusion360 #Fusion360Tutorial #AutodeskFusion360 Robotic Suspension System 4- Fusion 360 Tutorial (Tracked Robot Part 9)
Fusion 360 robot robotics lesson tutorial 360 fusion

Static Simulation in Fusion 360! Bicycle Crank Arm Tutorial

Engineering Juice
in Simulation & CAE
5 0 Beginner
0:25 Simulation Start 0:56 Simplify 1:31 Materials 2:02 Constraints 2:58 DOF View 3:23 Loads 4:52 Solve In this tutorial, we will create a static simulation for our bicycle crank arm in Autodesk Fusion 360. We will simplify our assembly, to remove the fittings, then add a material, constraints and a load to the end of the arm. When we solve our assembly, we will end up with the amount of deformation. We will then run the simulation again once we core out the inside of our crank arm to see the difference in the analysis.
Fusion 360 static simulation tutorial lesson 360 fusion

How to assemble separate components of a 3D model in virtual reality using SimLab Composer?

SimLab Composer
in Assemblies
5 0 Beginner
Description: In this tutorial we will teach you how assemble separate parts of a three-dimensional model using the virtual reality VR docking tool of SimLab composer. To do so, we are using a 3D model of a table, with two versions: version A, assembled model, and version B, disassembled components (which are in this tutorial the table parts).
Other reality virtual vr disassembled assembled composer simlab

Boat Hull Design-using Autodesk Fusion 360

leo zeng
in Assemblies
5 0 Beginner
How to design a boat hull using loft in fusion 360.
Fusion 360 360 fusion cad hull boat

Design of Geneva Wheel Mechanism with MOTION ANALYSIS in UNIGRAPHICS

MANIKANTHA P
in Process Simulation
5 0 Intermediate
A mechanism which used in motion picture film projectors to intermittently advance film through a film gate having a projection aperture. The film is moved or advanced by a Geneva Mechanism (also known as a “Maltese Cross”) until an image frame is in alignment with the projection aperture. Link to join our community: https://www.youtube.com/channel/UCVbjnpjSOH2BrLBYhqdXW4g?sub_confirmation=1
NX Unigraphics mechanism geneva analysis simulation motion unigraphics
White Stratasys Logo White GrabCAD Logo
© 2024 Stratasys Inc.
ABOUT US
RESOURCES
SOCIAL
Streamline Pro
Control
Print
Shop
PARTNERS
COMMUNITY
Contact Us Website Terms of Use Software Terms of Use Privacy policy Trademarks Your Data on GrabCAD
The Computer-Aided Design ("CAD") files and all associated content posted to this website are created, uploaded, managed and owned by third-party users. Each CAD and any associated text, image or data is in no way sponsored by or affiliated with any company, organization or real-world item, product, or good it may purport to portray.