Technology Inceptions: Now Drones to Deliver Food   |  Technology Inceptions: India to Establish One lakh Digital Villages: Ravi Shankar Prasad  |  Best Practices: FSSAI to Impose Curbs on Promoting Unhealthy Products in School Premises  |  Management lessons: E-Services Most Important in Design of Smart Tourism Organisation  |  Rajagiri Round Table: 'Draft New Educational Policy Comprehensive, Hurdles Likely in Implementation'  |  International Edu News: Estonian schools promote English  |  Technology Inceptions: Microsoft AI Helps Leading Naukrigulf.com Attract More Jobseekers, Employers  |  Technology Inceptions: Microsoft To Set up AI Digital Labs in Association With 10 Universities  |  Science Innovations: IIT Guwahati Develops Simple Technique to Check Milk Quality  |  Teacher Insights: Rural-Urban Divide Among Animals Too- The Case of Bengaluru Lizards  |  Technology Inceptions: Steam game streaming for iPhone, Apple TV   |  Parent Interventions: Picky-eating tots get constipation  |  National Edu News: Check AIIMS MBBS Exam Results @aiimsexams.org  |  Higher Studies: EducationUSA India Mobile App Launched  |  International Edu News: Indian Student Enrolments in US Universities Double in a Decade  |  
  • Pallikkutam Magazine
  • Companion Magazine
  • Mentor
  • Smart Board
  • Pallikkutam Publications

February 09, 2018 Friday 11:02:16 AM IST

4-D Printing is the Next Revolution

Science Innovations

8th  February, 2018: In a recent study authored by Professor Pasquale Ciarletta at the MOX Laboratory, Department of Mathematics, Politecnico di Milano, published in Nature Communication, points to the possibility of the next generation printing, namely 4D printing. Additional to the printing in three dimension based on the computer-fed 3D model, 4D printing incorporates the possibility of fabrication of objects with a programmable shape over time.

The basic insights on 4D printing is derived from the research of Professor Ciarletta, which provides mathematical insights into controlling the sudden nucleation of localized furrows, also known as creases, in soft solids. These mathematical concepts are expected to help in the fabrication of devices with adaptive surface structures or morphology at different length-scales. Further, this concept will be helpful in the description of developmental biology, where one needs to explain the spontaneous emergence of patterns during tissue morphogenesis, e.g., the convolutions of the brain, or metastasis in tumor development.

“This study proposes a novel mathematical approach to accurately predict the experimental conditions triggering the onset and the morphology of creases, thus paving the way for controlling their appearance on-demand, down to nanometric scales,” comments Professor Ciarletta.


The new concepts are expected to yield potential breakthrough in the design and the fabrication of the next-generation of morphable materials and to provide new insights into the stretchable electronics, self-foldable machines, and lab-on- a-chip devices, etc.

Comments