A position exists, for a Research Assistant/Associate in the Department of Engineering, to conduct research into the mechanics of lattice materials. The post holder will be located in Central Cambridge Cambridgeshire, UK.
There is an opening for a Research Assistant/Associate in the Department of Engineering at the post-doctoral level (or a researcher who is close to obtaining their PhD), to work on lattice materials. The post holder will be located in Central Cambridge Cambridgeshire, UK.
Applications are invited for two University Lectureships in Mechanics and Materials Engineering, to be known as the 'Granta Design University Lectureships in Engineering'.
There is a research opening for a Research Assistant/Associate in the Department of Engineering, to work on lattice materials.
The post holder will be located in Central Cambridge Cambridgeshire, UK.
A position exists, for a Research Assistant/Associate in the Department of Engineering, to conduct research into Mechanics of lattice materials. The post holder will be located in Central Cambridge Cambridgeshire, UK. There is an opportunity to invent interpenetrating lattice materials in order to design SOFT and HARD meta-materials of any given stiffness, strength and toughness. The actuation response due to seepage of a liquid through the lattice needs to be modelled by making use of experimental results from within the group.
Applications are invited for a University Lectureship (equivalent to a tenure-track Assistant Professor in the US system) in Biomechanics and Mechanobiology. The successful candidate will join the Mechanics, Materials and Design Division to add to its expertise in Bioengineering. Applicants should have earned a Ph.D. in Engineering or a related discipline and ideally with post-doctoral experience.
There is an opportunity to invent interpenetrating lattice materials in order to design SOFT and HARD meta-materials of any given stiffness, strength and toughness. The actuation response due to seepage of a liquid through the lattice needs to be modelled by making use of experimental results from within the group. Currently, lattice materials, such as the 2D honeycomb and the 3D octet truss, exist in a single material on a single length scale. The challenge is to fill the intervening gaps in the lattice with a second lattice in order to improve the macroscopic properties.
There is an opportunity to invent interpenetrating lattice materials in order to design materials of any given stiffness, strength and toughness. Currently, lattice materials, such as the 2D honeycomb and the 3D octet truss, exist in a single material on a single length scale. The challenge is to fill the intervening gaps in the lattice with a second lattice in order to improve the macroscopic properties. The new lattices will be manufactured and tested by a collaborator within the group.
There is an opportunity to invent interpenetrating lattice materials in order to design materials of any given stiffness, strength and toughness. Currently, lattice materials, such as the 2D honeycomb and the 3D octet truss, exist in a single material on a single length scale. The challenge is to fill the intervening gaps in the lattice with a second lattice in order to improve the macroscopic properties. The new lattices will be manufactured and tested by a collaborator within the group.
There is an opportunity to invent interpenetrating lattice materials in order to design materials of any given stiffness, strength and toughness. Currently, lattice materials, such as the 2D honeycomb and the 3D octet truss, exist in a single material on a single length scale. The challenge is to fill the intervening gaps in the lattice with a second lattice in order to improve the macroscopic properties. The new lattices will be invented, manufactured and tested by the post holder.