ACTIVITIES

AM DAYS

• The event will  take place at Butler Auditorium, Mosad Neeman Building, Technion (“32.778449, 35.020989” in Google maps).
• A car permit has been arranged for all participants. Please advise at the Technion entrance that you are attending the event. You can park your car at one of the open parking lots nearby the building.

We look forward to seeing you all in this AMDay.

Oded Amir, Civil Eng.
Gershon Elber, Comp. Sc.
Moran Bercovici, Mech. Eng.
Shulamit Levenberg, Biomed. Eng.
Daniel Safranchik, MMT Inst.
Yoav Sterman,  Arch.
Ronen Ben Horin, PTC

Program

•  All lectures will be 20 min long followed by ~5 minutes for questions
• The booklet of abstracts of the talks can be downloaded from here

9:00 – 10:15     Session 1: Architecture and Construction
Session Chair: Oded Amir

3D printed Spacer Fabrics  I  Anat Halbrech, Maayan Kinsbursky, Roi Poranne, Yoav Sterman

Additive Production of Architectural Building Blocks with Cyanobacteria  I  Shany Barath, Yechezkel Kashi, Perla Armaly, Shay Kirzner, and Lubov Illiasafov

Toward Structural Polymerization of Liquids for Advanced Space Habitats (SPLASH): concept and preliminary experiments I  Erez Hochman, Moran Bercovici, and Aaron Sprecher

10:15 – 11:15     Plenary Talk
Session Chair: Gershon Elber

Additive Manufacturing Process Chains: Product-Process Co-Design Challenges and opportunities,  I  David W. Rosen, Mechanical Engineering Georgia Institute of Technology

11:15 – 11:45     Coffee Break

11:45 – 12:35     Session 2: Shape Memory Alloys
Session Chair: Daniel Safranchik

Sinter based Additive Manufacturing of Shape Memory Alloys   I  Yeshurun C., Doron Shilo, Eilon Faran

Solid-State Additive Manufacturing of Metallic Alloys: motivation, challenges, and future research   I Eilon Faran, Doron Shilo, and Eugen Rabkin

12:35 – 13:25     Session 3: Medicine and Education
Session Chair: 

Cloud-based design and 3D printing: Pathways of dissemination in schools and teacher education  I Igor Verner, Laura Levin-Bacari

Additive manufacturing of ECM-based oxygen-sensing skin graft for the personalized treatment of chronic wounds   I  Marcelle Machluf, Aharon Blank