26 March 2021
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Buckling of thin cynlidrical shells with a creased surface
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This poster describes the project investigating the buckling behaviour of thin cylindrical shells when compressed axially. Author: Alejandro Gomez Gomez Poster: Alejandro Gomez Gomez Supervisor: Dr Martin Walker University: University of Oxford
Share your knowledge of modern uses of timber.
Novel materials and methods to achieve net zero - part 6 of 6.
A unique opportunity to discuss the latest developments in intelligent and autonomous construction materials.
Purchase the full series and gain access to all six live and on-demand webinars.
Novel materials and methods to achieve net zero: part 4 of 6.
Three individuals were awarded grants for projects covering pre-tensioned stone for low-carbon structures, maintaining historic buildings with no cement and carbon dioxide sequestration in concrete.
Editor-in-Chief, Leroy Gardner, has selected a paper on side plate connections in an S-CFST column frame under a column loss scenario as his ‘Featured Article’ from the August 2021 issue (Volume 32).
The 2020 prize-winning team present their response to the competition brief.
This annual update provides an overview of the ongoing work from two fib commissions.
Editor-in-Chief, Leroy Gardner, has selected a paper on fatigue analysis of wire arc 3D printed components as his ‘Featured Article’ from Structures Volume 31.
Novel materials and methods to achieve net zero: part 2 of 6.
Examine approaches to help engineers decide when and where to use new materials
Congratulations to the winner of the 2021 Young Structural Engineering Professional Award
Neil Wakeman calls for codes of conduct to balance risk and competency against a need to allow engineering skills to be applied as fully as possible in the pursuit of better solutions.
The article showcases the University of East Anglia's Enterprise Centre project, a low-carbon, sustainable building which achieves both Passivhaus standard and BREEAM Outstanding rating.