Model a water bottle with Kyle LIVE

Join us for a webinar on October 30

Space is limited -- reserve your webinar seat now!

Kyle Houchens of The Outside Design Digital Design invites you to model a water bottle in Rhino 5. Kyle will make 3D modeling entertaining and informative in the webinar classroom. The water bottle design will be influenced and defined by a fictitious design brief. Join Kyle for this presentation and get started modeling in Rhino.

Presentation will take approximately 1 hour and questions will be taken at the end.

Presentation will be recorded.

Title: Model a Water Bottle with Kyle LIVE
Date: Wednesday, October 30, 2013
Time: 9:00 am - 10:00 am PDT

After registering you will receive a confirmation email containing information about joining the Webinar.

System requirements

PC-based attendees
Required: Windows® 8, 7, Vista, XP or 2003 Server

Mac®-based attendees
Required: Mac OS® X 10.6 or newer

Mobile attendees
Required: iPhone®, iPad®, Android™ phone or Android tablet

Bongo 2 released

New in Bongo 2. 

• Zoomable timeline and the new curve editor give you greater control over your animations. 
• Save multiple animations per file. 
• Control many more parameters with the new keyframe editor and improved tweening. 
• Create architectural animations from named views. 
• Animate mechanical systems with the new IK engine. 
• Expressions, Object morphing, layer animation, sun studies, video textures, new video formats and much more. 
• Support for 64-bit Rhino 5.

Learn more...

Eddie Paul's Tool Talk Radio

You all know Eddie Paul's work, but do you know his radio show, Tool Talk?

Listen to Eddie's interview with fellow Rhino user and sometimes collaborator, Kevin Pasko.

GE Jet Engine Bracket Challenge

General Electric just announced the ten finalists for the GE Jet Engine Bracket Challenge.

The contest took place on Grabad.com, the famous online 3D models archive and had a key point of 3D printing technology.

Among the ten finalists there is a project entirely modeled in Rhino by Andreas Anedda and CorsiRhino.it support. They experiment in a new way of modeling in Rhino: a basic mesh was relaxed with Grasshopper and Kangaroo to obtain a fluent shape. After this first step, T-Splines was used again to edit the mesh and reinforce the bracket, creating several rims and cavity to get a stronger and lighter structure similar to a bone. Using these tools, they were able to design a bracket capable of distributing the stress in a very efficient way, creating a complex shape in a relatively short time.

To know more about how to model the Bone414, visit the following link:
http://wordpress.vraywiki.it/?p=741