DCAMM Seminar - Composites for the control of optical, mechanical, and opto-mechanical processes

A DCAMM seminar will be presented by

Postdoctoral Fellow Michael J. A. Smith
School of Mathematics
University of Manchester, United Kingdom


Abstract 

When combining different materials together to form an inhomogeneous composite, most resulting properties (such as the optical, acoustic, or thermal properties) are typically given by some weighted average of the constituent values. I show that this is not the case for the opto-mechanical properties, namely, for a key opto-mechanical response known as photoelasticity, which describes how the optical properties of a medium change under mechanical deformation. 

In recent work, I have shown that two materials with zero photoelasticity can be combined to make a composite that is strongly photoelastic. I will examine the role of the unexpected photoelastic contribution in a selection of composite geometries, describing the effect in closed-form. I will also discuss implications for the homogenisation, mechanics, opto-mechanics, and optics communities.

Danish pastry, coffee and tea will be served 15 minutes before the seminar starts.   

A
ll interested persons are invited.

 

Time

Fri 09 Nov 18
14:00 - 15:00

Organizer

DCAMM

Where

Room 061E, Building 414 (024)
Technical University of Denmark



http://www.dcamm.dk/kalender/Arrangement?id=db9e8a65-17bb-4422-a6ef-e0a6e4c94b2a
13 NOVEMBER 2018