Login | Sign Up
Welcome to IUTAM-SMM 2023

Soft Matter is a subfield of Condensed Matter differing considerably from ordinary solids and fluids. It includes the objects such as rubber, elastomers, polymers, colloids, liquid crystals, foams, gels, granular matter, biological tissues, cells, and proteins. Obviously, Soft Matter spans a wide complexity of physical states and softness, which are sensitive to tiny perturbations from the environment, including mechanical forces, thermal fluctuations, electrical stimuli, light exposure, magnetic field and chemistry processes. This variety of responses enables diverse significant technologies related to soft matter to emerge in industry and engineering, often inspired by examples found in nature. Examples range from soft robotics, displays, functional films, smart fluids and flexible electronics to biomedical devices, tissue engineering, drug delivery, etc. In addition, as all vital movements in the human body involve soft tissues and are accompanied by various physical, chemical and biological processes, a deeper understanding of their mechanics (including multi-physics coupling) could, if properly manipulated, ultimately change human life. 

The varied responses of soft matter to external stimuli feature nonlinearity, self-assembly, and coexistence of thermal fluctuations with solid phase constraints. This diversity results in new phenomena that are much more complex to model than for ordinary solids and fluids, and thus pose significant challenges to the manipulation of soft matter in both industrial technologies and biological processes. Mechanics plays a key role in these processes by revealing the underlying deformation and possible failure mechanisms, and by generating fundamental insights and establishing optimal criteria for proper design, manufacture, and services related to soft matter devices.

This symposium aims to forge fruitful and needed interactions among active researchers from both academia and industries working in the area of soft matter mechanics.  

Presentation topics include but are not limited to 

  • Modelling theories, computational techniques and experimental methods 

  • Multifield coupling behavior of soft matter 

  • Design, manufacturing and service of soft matter devices 

  • Soft matter self-assemblies and self-organization 

  • Surfaces, interfaces, and interactions 

  • Biological aspects of soft matter

Login / Registration
If you have not created your account, please sign up first.
Contact Us

IUTAM Symposium on Soft Matter Mechanics


Read more >
Copyright©2023 www.iutam-smm2023.com All Rights Reserved.