The journal- EC Emergency Medicine and Critical Care / ECRONICON
EC Emergency Medicine and Critical Care
Stimulus activated structures that deform from a reference to target configurations are used in various fields such as soft robotics, smart materials, and actuators. In this work we introduce a framework that captures the non-linear response of multi-layer polymeric beams subjected to thermo-mechanical loading. We show that the exploitation of the glass transition temperature can lead to a wide variety of interesting responses. Our findings provide guideline for an efficient design of shape-morphing structures capable of polymorphism.
Check out our paper at IJMS:
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cdmHUB invites you to attend the Global Composites Experts Webinar Series.
Title: Composite Materials: Where We are and Where to Go (Mechanical and Electrical Properties of Polymer Composites)
Speaker: Dr. Karl Schulte
Time: 2/24, 11AM-12PM EST.
Please go to https://bit.ly/3soG8dk to register for this webinar.
International Journal on Obstetrics and Gynecology (IJOG)
Introduction: Gynecology is a field of study that deals with the Women’s Health, Female Reproductive System (Vagina, Uterus, Ovaries). Whereas Obstetrics mostly deals with Childbirth, Pregnancy and Postpartum Period. Generally, in medical specialty Gynecology and Obstetrics are combined.
Following the approach of Griffith, Sneddon and Muskhelishvili calculated the pressure of tear propagation in elastic media. Gent and Lewandowski collected these works and using Hencky's approximation of membrane deformation, introduced a collection of relationships on the debonding of films from substrates by pressure (left panel).
The James McCune Smith Scholarships will fund Black UK students to undertake PhD research at the University, and will provide an enhanced experience through external mentors, placements, leadership training, community-building activities and networking opportunities. Further details can be found here:
https://www.gla.ac.uk/colleges/scienceengineering/research/mccune-smith-scholarships/
Deadline: 31 January 2022
Shape-changing materials with precisely programmable configurations, each having its own functional regime, provide a wide range of applications in engineering and biomedical fields. Polymers with dynamic reversible covalent/non-covalent bonding feature the potential of having remarkable plasticity, which endows them with the capability of undergoing significant and sophisticated shape changes. Here we report a facile method to build an interpenetrating network (IPN) structure with plastic deformation and shape memory properties.
