EGS.Lab Elasticity, Geometry and Statistics Laboraty



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EGS.Lab EGSLab EGS LabPedro Miguel Reis
Associate Professor
of Mechanical Engineering and
Civil and Environmental Engineering
Massachusetts Institute of Technology   

Office: #1-330      Lab: #1-334
Cambridge, 
MA 02139-1713, USA
Phone Office: +1 617-324-3325
Phone Lab: +1  617-715-4780
e-mail: preis@@  mit.edu

Wonders of thin structures Pedro Reis EGS.Lab MITIn the EGS.Lab we are dedicated to the fundamental understanding of the mechanics of thin objects and structures; including rods, plates and shells. The large displacements permissible in such configurations can give rise to non-negligible geometric nonlinearities, even if its material properties remain linear. Of interest is also the coupling of the elasticity of thin objects with other phenomena such as fracture, adhesion, fluid forces at liquid interfaces and flow.

Examples of relevant applications range from thin elements in stretchable electronics and micro-actuators to large civil engineering contexts such as domes, hypar roofs and borewell drilling.

The starting point of the investigations is often through well controlled experiments of desktop-scale model systems for which we take advantage of advanced digital fabrication techniques. The final goal is often the predictive understanding of the large deformations of thin structures. Once a theoretical framework has been developed and the underlying mechanics rationalized, we then aim at implementing it at scale of the original problem (small or large scale) towards practical applications.

A general overview of the questions involving thin structures that interest us can be found in the Journal Club of iMechanica (June 2010)
, in the Research Group profile @ the Engineering Mechanics Institute (September 2011), the Journal Club of iMechanica (October 2013) and MIT Spectrum (Spring 2014).

For more info, pics and videos on what we do, please visit our research pages.


NEWS:


































































Smart Morphable Structures Pedro Reis MIT

Physics of Curly Hair Pedro Reis MIT

eggshell shell geometry-induced rigidity egs lab pedro reis MIT

eggshell shell geometry-induced rigidity egs lab pedro reis MIT
Scratching Butter Pedro Reis MIT









How Cats Lap Reis Jung Aristoff Stocker

Graphene Pedro Reis Small EGS.Lab MIT

Nature Materials Pedro Reis EGS.Lab MIT






Thanks to LaCozina for help with graphical design.

Last update: 10th July 2014.
MIT