4D Printing Conference



 

Hiroya Tanaka, Professor at Keio University Global Research Institute, Design and Manufacuturing Center for emergent circularity will explain how they created the Tokyo 2020 Olympic and Paralympic games podium using recycled materials and how they have recycled it as acoustic metamaterials using 4D Printing.

Other speakers at the 4D Printing Conference are:

  • MD Nahin Islam Shiblee, Assistant Professor, Yamagata University, Japan, on 'Smart Structures via 4D printing of Hydrogel Materials'
  • Stefano Pandini, Assistant professor, Materials Science and Technology Laboratory (MaSTLab), University of Brescia, Italy, on 'Exploiting the temperature-memory effect in 3D printed auxetic structures: from experimental design to analytic simulation'
  • Bijaya Bikram Samal, PhD Research Scholar, Indian Institute of Technology, Kharagpur, India, on 'Controlled shape changing components using 4D printing technology by fused filament fabrication'
  • Tiffany Cheng, Research Associate, Institute for Computational Design and Construction (ICD), Germany, on 'Material programming for 4D-printing'
  • Charbel Dalely Tawk, Assistant Professor, Faculty of Engineering and Information Sciences, University of Wollongong Dubai, on '3D Printed Soft Robotic Grippers with Integrated Metamaterials'
  • Suong Van Hoa, Professor / Director, Concordia University, Center for Composites (CONCOM), on 'Development of a new flexible wing concept for unmanned aerial vehicles using corrugated core made by 4D printing of composites'

Only 3 weeks to go, Register here!


 

 

The Tokyo 2020 Olympic and Paralympic 3D Printing Podium and our re-use program as acoustic metamaterials

We designed and created the Tokyo 2020 Olympic and Paralympic 3D Printing Podium using recycled materials. Also, we are supporting its re-use program as acoustic metamaterials. In this presentation, we introduce our design an...

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Exploiting the temperature-memory effect in 3D printed auxetic structures

from experimental design to analytic simulation.

The combined employ of the additive manufacturing approach with shape memory polymers (SMPs) is one of the possible strateg...

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Smart Structures via 4D printing of Hydrogel Materials

Hydrogel actuators with soft-robotic capabilities and biomimetic advanced materials with simple and programmable fabrication processes are still in scarce. We describe a novel method for constructing a shape-memory-hydrogel-b...

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Material programming for 4D-printing

Material programming denotes a design method in which functions such as movement are encoded in the physical material and fabrication logic, in place of electronics and digital control. Plants respond to their surroundings be...

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