Skip to main content

hydrogels

EML Webinar by Omar Saleh: Droplets that stiffen gels

Submitted by mattia.bacca on

Dear colleagues,

I am pleased to invite you to the next webinar in the Extreme Mechanics Letters (EML) Webinar Series.

Our upcoming seminar will be delivered by Prof. Omar Saleh (UCSB):

"Droplets that stiffen gels"

Date: Friday, 14 August 2026

Time: 10:00 am Boston / 3:00 pm London / 4:00 pm Paris / 10:00 pm Beijing

Discussion leader: Prof. Robert M McMeeking (UCSB)

International Summer School "Mechanics of active soft materials: experiments, theory, numerics, and applications"

Submitted by giulia scalet on

Glad to share that the University of Pavia, together with Politecnico di Milano, Technion - Israel Institute of Technology and University of Bologna, organizes the International Summer School “Mechanics of active soft materials: experiments, theory, numerics, and applications” within the Lake Como School of Advanced Studies, from 1st to 5th July 2024 at Villa del Grumello (Como, Italy). https://star.lakecomoschool.org/

Summer School “Mechanics of active soft materials" 1-5 July 2024

Submitted by giulia scalet on

 

Save the date!

The University of Pavia, together with Politecnico di Milano, Technion - Israel Institute of Technology and University of Bologna, organizes the International Summer School Mechanics of active soft materials: experiments, theory, numerics, and applications within the Lake Como School of Advanced Studies.

Organizers: Prof. Giulia Scalet, Prof. Silvia Faré, Prof. Konstantin Volokh, and Prof. Fabiana Zama.

Postdoc position in 3D printing/bioprinting and experimental mechanics of smart materials

Submitted by giulia scalet on

A postdoctoral position will be available at University of Pavia in Italy starting January 2023. The position will be part of an ERC Starting project. Interested candidates are encouraged to contact Dr Giulia Scalet (giulia.scalet [at] unipv.it).

On the consequences of cross-link dissociation in hydrogels

Submitted by noyco on

The submersion of a polymer network with a high density of hydrogen bond based cross-links in an aqueous bath results in the formation of a rubber-like hydrogel. The cross-links, which connect chains and maintain the structure of the network, can dissociate as a result of two main factors: (1) the interactions between the hydrogen bonds and the surrounding water molecules and (2) the forces that are exerted on the cross-link from the interconnected chains.