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Dr Kostas Grigoriadis鈥檚 project, 鈥淢ulti-Metal Topology Optimisation of Building Components鈥�, will focus on reducing material mass and embodied carbon in building components, through topology optimisation and the use of various metals. The project will run from March until September. Kostas will partner with Marina Konstantatou from the Specialist Modelling Group at Foster and Partners, Prof.听Dr.-Ing. Michael Herrmann and Stathis Damtsas from the Digital Structural Design Department at TH L眉beck in Germany, and Bartlett AD graduate Alejandro Nieto Jimenez from Spanish company Meltio, which specialises in metal 3D printing systems.

The Bartlett Innovation Fund provides funding for activities that generate, or support enterprise collaborations, impact-related activities, and innovation learning initiatives. Up to four projects are funded in each annual round, with up to 拢40,000 available for allocation to proposals led by Bartlett academic or teaching staff, including Research Associates and Teaching Fellows, across The Bartlett Faculty. In particular, applicants are encouraged to reflect and build on The Bartlett鈥檚 Commitment to Change, with its focus on values including sustainability, equality and public good.

Project outline

The metal components that connect the different parts of a building鈥檚 structure and cladding are standard sized, materially homogeneous elements. Building loads, deflections, and thermal expansion rates, however, are heterogeneous. Using material uniformly in effect is inefficient and increases embodied energy and componentry manufacturing, transportation, and installation costs. The origins of this redundant material use go back to times when mass fabrication was the norm, environmental issues were not a main consideration, and design and fabrication techniques were different from today鈥檚 practices.
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The project will investigate the use of topology optimisation as a way to reduce the mass of metal building components and effectively their cost and embodied carbon. In addition, the aim is to go beyond single material optimisation and research into multi-metal optimisation and fabrication, as a way to improve mechanical properties, and the corrosion resistance of a component鈥檚 outer layers, and to combine these improvements with design and aesthetic considerations.

Kostas听is a lecturer听in Architecture at The Bartlett and is currently the听Co-Programme Director in the Architecture MArch (ARB/RIBA Part 2) programme and Design Tutor in Research Cluster 8 in the AD programme. His research area is multi-material design and the implications of functionally graded material use in architecture and construction.

More information

• Find out more about the Bartlett Innovation Fund
• Visit Kostas Grigoriadis鈥檚 profile
• Read more about The Bartlett鈥檚 Commitment to Change

Image:听Topologically optimised 3D printed, and CNC milled metal fa莽ade brackets. Research project by Dr Kostas Grigoriadis and Prof.听Dr.-Ing. Michael Herrmann, funded by 香港六合彩中特网鈥檚 Global Innovation Fund.