I am doing some research into the aerodynamic differences of two Formula 1 designs with the aim to do some Computational Fluid Dynamics analysis.
I have two CAD models which are made up of several shells and contain many holes and self intersections which must be fixed. There is only so far I can go with free software with the self-intersects being the main concern.
Ideally I would also have the model "wrapped", making the edges smoother in order to make CFD more accurate.
I have put this in the 3D printing section as I believe these preparations are similar to those in 3D printing.
If this is something someone would be interested in, please do not hesitate to get in conact.
Thanks,
Rafi
I have 25 years working in product design and manufacturing and have the skills to take any product right through the design process to a level ready for manufacture.
Working for many international companies such as Wallmart, Speedo, Hitachi, Visa, Tommie tippie and Tomy. To date I have assisted in taking over 40 products into production and have been responsible for creating IP for many other companies.
I have a number of 3D packages for helping to sorting out 3D files. I would remodel the file into parts and make all surfaces smooth and editable.
There are 3 basic stages to my work.
Stage 1 – initial reverse engineering of files
Stage 2 – file refinement based on your feedback from stage 1
Stage 3 – issue final files in a format for 3D printing
If you would like to see examples of my work please let me know.
Many thanks
Hi Rafi.
I have just read your aerodynamic project. I believe I can provide the support you need.
We are 2 architecture freelance in modelling for 3D printing. We have the knowledge and experience required to help you developing your project to a next level.
Please check our portflio.
https://www.freelancer.com/u/helderpinto.html
Best regards.
Helder Pinto
Hi;
I can fix your data regarding to your requirements please check my portfolio if it is appropriate for your needs please don't hesitate to contact with me to discuss further details