Our paper “Variationally consistent modeling of a sensor-actuator based on shape-morphing from electro-chemical–mechanical interactions” is now available online in Journal of the Mechanics and Physics of Solids:
https://t.co/Y2chq0XACx
New paper available. In this paper we develop a robust manufacturing procedure and repeatedly manufacture structural battery composites with high multifunctional performance:
https://t.co/TdNJfbxXlO
David Carlstedt, first at Chalmers to doctorate with focus on structural batteries, has studied the coupling effects between the various physical processes that occur in this material during operation. https://t.co/8doiPu72Rt
I am happy to announce that our paper “Experimental and computational characterization of carbon fibre based structural battery electrode laminae” is now published in Composites Science and Technology:
https://t.co/1RzYngr710
Check out our latest article on "Computational modelling of structural batteries accounting for stress-assisted convection in the electrolyte", now available online:
https://t.co/TysYQ1T4Fp
Simon Carlstedt from the fintech LEAD company PAMX will be presenting a paper at the yearly conference on complexity theory organized by Yale University. The Conference on Zero/Minimal Intelligence Agents will take place digitally on October 21, 2021.
https://t.co/ENfxLXe70E
Check out our Video abstract below to learn more about our recent paper "Electro-chemo-mechanically coupled computational modelling of structural batteries", available online on the MFM (@IOPscience) homepage: https://t.co/yWjKhP6njX (Open Access)
Nice article in Wired on the work @aeroimperial and @AspLeif are doing on structural power. https://t.co/7py9QFCQub
More information on the SORCERER team is here https://t.co/sLSzCcc1Mp
I am happy to announce that our paper "Electro-chemo-mechanically coupled computational modelling of structural batteries" has been accepted for publication in MFM (#structuralbatteries). Check out the accepted manuscript at: https://t.co/yWjKhP6njX via @IOPscience