26 March 2021
Buckling of thin cynlidrical shells with a creased surface
Free
N/A
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
This one-day, online course offers an introduction to timber design to Eurocode 5.
This two-day, online course shows engineers how to arrive at a qualitative solution to both create a structure and check computer results.
Societal, technological, regulatory, and legislative drivers are encouraging unprecedented innovation in the construction industry. Join industry leader for an e-conference exploring how you can keep pace and ensure your business is adapting in this rapidly changing world.
Bringing together practitioners, academics and students in a showcase of outstanding structural engineering research.
This annual update provides an overview of the ongoing work from three fibUK commissions.
This course examines changes between BS 5950 and Eurocode 3. The emphasis is on buildings and the provision of general rules for buildings of EN 1993-1-1 and design of joints to EN 1993-1-8.
A breakfast briefing, sponsored by Getzner, on elastic building isolation and how it can be used to achieve both dynamic optimisation and structural integrity.
The IStructE Tuesday Group invites you to a tour of Bath Abbey's footprint project with Mann Williams.
Editor-in-Chief, Leroy Gardner, has chosen a paper on reinforced concrete (RC) frames subjected to progressive collapse. The paper proposes refined configuration and calibration on compression bar force-slip springs of component-based models for RC frames.
Mike Cook sets out a vision for the future in which testing, modelling and a change in mindset allow the construction industry to decarbonise rapidly while ensuring our buildings are safe to occupy and resilient to the effects of climate breakdown.
This project investigates the use of serpentine as a carbon sequestering aggregate in concrete.
The aim of this project is to investigate the integration of two novel technologies and the structural and life-cycle performance of the BFRP materials and Alkali-activated concrete compared with steel and OPC.
A poster from a project funded by the Institution’s 2020/21 MSc Research Grants.
Modern uses of timber webinar series - part 1 of 4