Let’s continue with Katana Sword design. Handle design is done as follows: TSUKA – HANDLE STEP 1. The design work … More
Author: florijn2019
My background is material science & mechanical engineering.
I graduated the Technical University of Cluj Napoca_Romania getting my Engineering degree in 2002 in Materials Science and my Master Degree in 2003 in New Materials with Advanced Properties. Since graduation my work involves activities in materials science (plastics-injection molding, sheet metal forming, tooling, automotive glass), for Automotive Industry and also mechanical design projects with multiple CAD platforms. I have a constant interest in advanced technologies, artificial intelligence, aerospace industry, space exploration and leadership.
CREO PARAMETRIC 6.0 – KATANA SWORD DESIGN_Part 2 – Fittings Design
In this part I will show you how I’ve designed the fittings used for the product Katana Sword. The approach … More
CREO PARAMETRIC 6.0 – KATANA SWORD DESIGN_Part 1 – Blade Design
Katana Swords are one of the national symbols in Japan. Their story is trully fascinating and amazing. Having observed how … More
THE COOLING LIQUIDS STORY – Part 2 – How cooling liquids that make refrigerators + air-conditioning safe and effective could have the potential to make liquid-breathing possible?
Air-conditioning systems are essentially refrigerators for air. In your car, for instance, the air-conditioning system passes the cabin air over … More
THE COOLING LIQUIDS STORY – Part 1 – The Freon – The invention which revolutionized the Refrigerators and Air Conditioners industry.
There is no better example to start a topic about cooling liquids than aircrafts. We all have today the option … More
CREO PARAMETRIC 6.0 – SKATEBOARD DESIGN_Part 7 – Final Assembly
THE SKATEBOARD FINAL PRODUCT STEP 1. Create New Assembly and rename it Skateboard STEP 2. In Assembly Environment click on … More
CREO PARAMETRIC 6.0 – SKATEBOARD DESIGN_Part 6 – Sub-Asseblies
To create a product you must first design the component which are later put together in the final product assembly. … More
CREO PARAMETRIC 6.0 – SKATEBOARD DESIGN_Part 5 – Metalic Parts Design
An Assembly is a product made of single components joined to work together. Fixation elements are mandatory for every mechanical … More
CREO PARAMETRIC 6.0 – SKATEBOARD DESIGN_Part 4 – Rubber Parts Design
THE WHEEL STEP 1. Create a New part and rename it Wheel. STEP 2. In Model Environment click on Revolve … More
CREO PARAMETRIC 6.0 – SKATEBOARD DESIGN_Part 3 – Main Axle Design
The design procedure of the Main Axle of a skateboard done with CREO Parametric goes as follows: STEP 1. Create … More
Computer Aided Design & The 118 Elements 