Dr Raffaele De Risi @e_DRD @BristolUniEng sheds light on Baltimore's Francis Scott Key Bridge collapse, emphasizing the critical role of structural redundancy in preventing catastrophic failures. Our hearts go out to those affected.
👉 https://t.co/Z5v7EtbYxP
This is AI painting something in less than 10 minutes just from a couple of words. This is the Clifton Suspension Bridge according to AI with https://t.co/AawWytCMWo
Project Spotlight: PLEXUS PLUS - first pseudo-static experimental test on integral abutments at the UKCRIC Soil-Foundation-Structure-Interaction Laboratory (SoFSI) of the University of Bristol https://t.co/bBtv4iJ9Vk
I am pleased to share my latest article dealing with the reliability assessment of existing RC bridges exposed to non-uniform corrosion under increasing traffic demand. A big thank to @e_RDR and my supervisor @ldisarno for making it possible.
https://t.co/W5oxFLacOc
I am so thrilled to share with you our latest work on the nonlinear optimization of inelastic buckling of plain rebars using Genetic Algorithms and Bayesian updating. #PhD#researchpaper . Enjoy the reading. @ldisarno@e_RDR
https://t.co/CypSKTCV67
Many thanks to the Chinese Global TV Network @CGTN and @shinisomara for a wonderful documentary on our low-cost seismic isolation of buildings in developing countries. Watch it here: https://t.co/oIBM01ruyt
@BristolUniEng @NSETNepal1@ArupID@cabotinstitute@savechildrenuk
Join us tomorrow to find out about the fantastic research and business opportunities that open up with the new @UKCRIC National Facility for Soil-Structure Interaction. https://t.co/UFzlsMnTu6
@BristolUniEng @BristolUni@AndrewScottLtd@StrideTreglown@CoraKwiat @ArupGroup
Great progress on the construction of the new @UKCRIC National Facility for Soil-Structure Interaction (SoFSI) this month. It's coming; stay tuned: https://t.co/e2KnCnMenq
@BristolUniEng @BristolUni@AndrewScottLtd@StrideTreglown @ArupGroup
Works on site in our new £12m National Facility for Soil-Structure Interaction are continuing at pace. More than 2,000t of steel and concrete are been laid to form the 4m deep soil pit and foundations for the two shaking tables. @BristolUniEng @UKCRIC@StrideTreglown@CoraKwiat
AddThis | Home https://t.co/6pSXJTXgaP hot off the press - genetic algorithms and structural modelling optimisation for offshore wind turbines - blades from an earthquake engineering perspective
The construction of our new @UKCRIC National Facility for Soil-Structure Interaction progresses well despite the Covid-19 pandemic. Stay tuned! @UKCRICBristol @BristolUniEng
Social media usage reveals recovery of small businesses after natural hazard events: this is what we show in our new paper with @robertey_re
and Flavia De Luca in @NatureComms: https://t.co/PxsyGxVyUd
The final workshop of our EU-funded project Exchange-Risk summarised the findings of an amazing research journey that brought together scientists from Europe, Canada and USA towards energy infrastructure that is resilient to natural hazards @UoBEQandGEO @BristolUniEng @EU_H2020