Postdoc at Cambridge; Mechanics of Li ion Batteries
A position exists, for a Research Assistant/Associate Department of Engineering, to work on the Mechanics of Li ion Batteries.
A position exists, for a Research Assistant/Associate Department of Engineering, to work on the Mechanics of Li ion Batteries.
Cambridge University Engineering Department is seeking applicants for the "Ashby Postdoctoral Fellowship in Mechanics and Materials". This Fellowship has recently been established in honour of the pioneering research by Prof M F Ashby CBE, FRS, FREng. The Fellowship is normally of 3 years duration.
Mechanical properties of materials are usually measured by simple one-dimensional tests. The growing field of data-driven mechanics requires development of experimental methods to obtain large quantities of multi-axial data from a single test. To complement this data is the requirement to develop computational methods that can deal with the inevitable measurement noise.
Mechanical properties of materials are usually measured by simple one-dimensional tests. The growing field of data-driven mechanics requires development of experimental methods to obtain large quantities of multi-axial data from a single test. To complement this data is the requirement to develop computational methods that can deal with the inevitable measurement noise.
A position exists, for a Research Assistant/Associate in the Department of Engineering, Cambridge University to work on Experimental Mechanics.
A position exists, for a Research Assistant/Associate in the Department of Engineering, to work on Batteries. The post holder will be located in Central Cambridge Cambridgeshire, UK.
The Cambridge Solid Mechanics Group are starting a new project with the aim to transform the design of engineering components from one based on selecting a best single material to one in which material properties and compositions are treated as continuous, spatially varying quantities.
The Cambrige Solid Mechanics Group are starting a new project with the aim to transform the design of engineering components from one based on selecting a best single material to one in which material properties and compositions are treated as continuous, spatially varying quantities.
Lithium ion batteries with solid state electrolytes are prone to degradation by a range of mechanisms including dendrite formation, void formation and swell-induced fatigue and micro-cracking. The topology of the battery plays a role over a number of length scales, from macro scale geometry of battery to the microstructural scale of the mixing of the negative electrode in the electrolyte. Topology has a major effect both on performance and on the failure mechanisms.
A position exists, for a Research Assistant/Associate Department of Engineering, to work on the Mechanics of Li ion Batteries