Advanced
Structures Group

People in Advanced Structures Group

If you would like to contact us, please add @cam.ac.uk to the IDs shown behind the names.

Principal Investigators

The lead researchers in the Advanced Structures Group are:

Both studied at Cambridge University at undergraduate and postgraduate levels, obtaining first-class degrees and then PhD degrees in the former Deployable Structures Laboratory. They share a common research ethic based on first principles, novel experiments and detailed, usually compact (but not frightening) mathematical modelling. They also believe in the validity offered by finite element analysis, which features increasingly in their work. Both are always looking to take on PhD students: enquires are welcome but not as part of a larger mailshot - be personal and specific to their research ideas.

PhD Students

The following PhD students are affiliated to the Advanced Structures Group.

Mohammad-reza Golabchi – mrg47
Mohammad is working on multistable textured shells, specifically the properties of shell surfaces where local indentations are used to replace the isotropic behaviour of the shell, for use as multistable structures.

4th Year Students

The following students have completed their final year project with the Advanced Structures Group.

  • Chanel Fallon: buckling of chains.
  • Rose McNeill: packaging of multiple elastic bodies.
  • Elliot Bath: mechanics of Pelota.
  • Tom Hodges: aerodynamics of textured shells.

Alumni

The following people previously worked with the Advanced Structures Group.

Pooya Sareh – pps25
With a diverse background in art and engineering, Pooya is interested in linking engineering and industrial design with geometry, visual arts and architecture. His current research involves computational design of origami tessellations and geometry of folding. More of his artwork (mainly surreal cartoons) can be found on his website: www.pooyasareh.com.
Dr Evripides Loukaides
"Evros" considered the complete morphing behaviour of simple non-corrugated shells using, for example, Catastrophe Theory. He was the first researcher to manufacture a truly tri-stable shell; and he actuated shell shape-change using embedded magnetised particles. He is now a Research Associate in the Low Carbon Materials Processing - next door to the Advanced Structures Laboratory.
Xin Liang – xl319
Xin's research focussed on repetitive structures, such as zeolites and their corresponding 2-D cases (Kagome and Roman mosaic net), making extensive use of symmetry techniques. He awaits his PhD viva
Dr Ioannis Mitsos – im330
Ioannis investigated the structural behaviour of multi-modular tensegrity grids with pre-stress, and adapted techniques for measuring the tension in double-layer tensegrity space grids. This research involved experiments on a large-scale tensegrity space frame in collaboration with Expedition Engineering He now works for structural engineers, Waagner Biro.
Dr Mark Schenk
Mark's PhD research was on the mechanics of folded shell structures from an origami perspective, which continued into his work as a Research Associate on inflatable space structures. He is currently at Surrey Space Centre.
Dr Videsh Seereeram
Videsh investigated curved corrugated shells, specifically developing a deeper understanding of their nonlinear behaviour. He is now a structural engineer with VISE Consultants in Trinidad and Tobago
Dr Andrew Viquerat
Andrew's PhD research was on the kinematics of overconstrained spatial mechanisms, using polynomial continuation methods. As a Research Associate he worked on inflatable space structures before moving to Surrey Space Centre.
Dr Arnaud Bonin
Arnaud worked on the mechanics of wrinkled membranes used in space telescope applications. His focus was on finding techniques for mitigating wrinkle formation passively. He is now working as a structural engineer for the French national power company, EDF.
Alex MacDonald
Alex investigated protein kinematics using the tools of structural mechanics. His approach consolidated various disparate techniques currently being used in computational biology.
Dr Alex Norman
Alex worked on bistable corrugated sheets, and pioneered work in morphing curved corrugated shells. He is currently at Sagentia.
Dr Pandia Raj Ramar
Raj worked on using symmetry point groups to find tensegrity configurations. He is currently at DeepSea Engineering.

Much previous work was done within the Deployable Structures Lab under Professor Sergio Pellegrino, currently at CalTech.