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Description: Can someone help me design this in 3 ways: 1) simple solid model 2) with 20% hexagonal infill--designed into the dogbone 3) 20% rectilinear infill for 3D printing on FDM and stereolithographic machines

Project views: 280

Project status: New Now accepting: Designs

Design Type-Tier: technical-bronze

Design Price: US$100.00 | Paid: US$100.00

Fabrication Price: Payment Pending

PROJECT IS PUBLIC - all registered You3Dit designers and fabricators can review your project and submit 3D models and fabrication quotes to this project. This dramatically improves your cost, quality and schedule options.

Order Number: 20180130182225-970-10-0

Material desired: 3d printed plastics

Quantity desired: 5

Additional Information: This is for a materials testing project and comparison across multiple desktop 3d printing machines and professional grade machines. We want to isolate as many process variables (slicing / machine) and geometric variables as possible to get to isolate materials as fabricated using 3D printers. This will be a follow on experiment to this work: https://www.researchgate.net/profile/Chris_Mccoy2/publication/308709141_Materials_Testing_of_3D_Printed_ABS_and_PLA_Samples_to_Guide_Mechanical_Design/links/59617d4caca2728c11f08595/Materials-Testing-of-3D-Printed-ABS-and-PLA-Samples-to-Guide-Mechanical-Design.pdf The authors also talk about a “designed” infill and have sample pictures showing the issues with fully solid models.

Can you bring this project to life?

Updated 2270d ago on:
30 Jan 2018 at 18:22:25

Steve Furick (You3Dit)

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