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香港六合彩 Department of Civil, Environmental and Geomatic Engineering

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EPICentre at 16th European Conference on Earthquake Engineering

7 June 2018

Researchers present 22 papers at international conferences

EPICentre researchers at European Conference on Earthquake Engineering in June 2018. Photo 漏: 香港六合彩

A large delegation from 香港六合彩 Department of Civil, Environmental and Geomatic Engineering attended the 16th European Conference on Earthquake Engineering (16ECEE) in Thessaloniki, Greece,听from 18 - 21 June 2018.听The conference, hosted by the Hellenic Society of the European Association for Earthquake Engineering and Aristotle University of Thessaloniki, is held every four years, featuring the latest research findings in the field of earthquake engineering.

Eighteen current and former researchers from EPICentre presented their research work. Nineteen papers were selected for oral presentation, and one for poster presentation. This was a recognition of the outstanding work carried out at EPICentre, as only a small portion of submitted papers are typically awarded oral presentation. Also, Prof Tiziana Rossetto, EPICentre Director, gave a thematic talk on 鈥淎dvances in the assessment of buildings subjected to earthquakes and tsunami鈥.鈥

One week after the European conference, Dr Carmine Galasso presented his research at the 11th National Conference on Earthquake Engineering in Los Angeles, which is hosted every four years by the Earthquake Engineering Research Institute (EERI).听

Oral presentations at the conference

EPICentre staff and PhD students in bold.

  1. Adhikari R.K., D鈥橝yala D., Ferreira C.F., and Cortes F.R. 鈥淪tructural classification system for load bearing masonry school buildings鈥.
  2. Baiguera M., Vasdravellis G., and Karavasilis T.L. 鈥淐ollapse assessment of a steel frame with high post-yield stiffness stainless steel devices in Abaqus.鈥
  3. Bertelli S., Rossetto T., and听Ioannou I.听鈥淒erivation of empirical fragility functions from the 2009 L'Aquila earthquake data.鈥
  4. De la Barra C.N., Rossetto T., Petrone C., and V谩squez J. 鈥淣ew approaches for the nonlinear assessment of buildings subjected to earthquake and tsunami in sequence.鈥
  5. De la Llera J.C.,听Rivera F., Gil M., and Schwarzhaupt U. 鈥淢itigating risk through R&D+innovation: Chile鈥檚 national strategy for disaster resilience."
  6. Freddi F., Dimopoulos C.A., and Karavasilis T.L. 鈥淒esign, numerical simulation, and experimental evaluation of a rocking damage-free steel column base with friction devices.鈥
  7. Huang C., Galasso C., Ma Q., Tao D., and Li J. 鈥淭owards new ground-motion prediction equations for Sichuan, China.鈥
  8. Ioannou I.,听Verrucci E., Arcidiacono V., and听Rossetto T.听鈥淓mpirical fragility assessment of the Italian masonry buildings using data from the Emilia 2012 sequence of earthquakes.鈥
  9. Macabuag J.,听Petrone C., and听Rossetto T.听鈥淚nvestigation of the role of ductility in the assessment of structures under tsunami loading.鈥
  10. Melatti V.听补苍诲听D鈥橝yala D.听鈥淒issipating device for the seismic protection of masonry structures.鈥
  11. Minas S., Sousa l.,听Galasso C., and听Rossetto T.听鈥淪ensitivity of probabilistic regional seismic loss to hazard and vulnerability modelling options.鈥
  12. Ming D.,听Huang C., Peters G., and听Galasso C.听鈥淎 one-stage estimation algorithm for ground-motion models with spatial correlations.鈥
  13. Nassirpour A.,听Galasso C., and听D鈥橝yala D.听鈥淎 mobile application for multi-hazard physical vulnerability prioritization of schools.鈥
  14. Nassirpour A.,听Galasso C., and听D鈥橝yala D.听鈥淚ncreasing seismic resilience of Philippines鈥 school infrastructure through structural retrofitting.鈥
  15. Putrino V.听补苍诲听D鈥橝yala D.听鈥淢echanic-based procedure for the damage mechanism evaluation of historic masonry structures.鈥
  16. Tsioulou A.,听Galasso C., and Taflanidis A. 鈥淐omparing seismic demand to spectrum-compatible recorded and stochastic ground motions.鈥
  17. Tubaldi E.,听Freddi F., and Zona A. 鈥淪eismic performance of steel dual systems with BRBs and moment-resisting frames.鈥
  18. Zhou L.,听Galasso C., and听D鈥橝yala D.听鈥淒evelopment of fragility functions for reinforced concrete buildings in Sichuan, China.鈥
  19. Zhou L.,听Galasso C., Yan S., Xue Z., Wang Y., and听D'Ayala D.听鈥淐ROSSH - China Resilience of Schools to Seismic Hazard: a case study in Beichuan Qiang Autonomous County, Sichuan.鈥

Poster presentations at 16th European Conference on Earthquake Engineering

  1. Bessason B.,听Ioannou I.,听Kosmidis I., Bjarnason J.O., and听Rossetto T.听鈥淓mpirical vulnerability assessment for low rise RC, timber and masonry Icelandic buildings.鈥


Papers presentation at 11th National Conference on Earthquake Engineering

  1. Nassirpour A.,听Galasso C., and听D鈥橝yala D.听鈥淢ulti-Hazard Physical Vulnerability Prioritization of School Infrastructure in the Philippines.鈥
  2. Zhou L.,听Galasso C., and听D'Ayala D.听鈥淐ROSSH - China Resilience of Schools to Seismic Hazard: a case study in Beichuan Qiang Autonomous County, Sichuan.鈥


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