Post-earthquake structural damage shows that out-of-plane (OOP) wall collapse is one of the most common failure mechanisms in unreinforced masonry (URM) buildings. This issue is particularly critical in Groningen, a province located in the northern part of the Netherlands, where low-intensity induced …

Out-of-plane (OOP) collapse is one of the most observed damage types in masonry structures during strong earthquakes. OOP strength of a masonry wall depends on several parameters such as the dimensions of the wall, vertical restoring force, boundary conditions and material properties, which are parameters …

Post-earthquake structural damage shows that out-of-plane wall collapse is one of the most prevalent failure mechanisms in unreinforced masonry (URM) buildings. This issue is particularly critical in Groningen, a province located in the northern part of the Netherlands, where low-intensity ground shaking …

Dit onderzoek richt zich op een urgente versterkingsmaatregel na aardbevingen om de seismische restcapaciteit van door aardbevingen beschadigde gewapend betonnen wandconstructies met koppelliggers te verbeteren. Het onderzoek bestaat uit een serie testen op halfschaal prototype koppelbalken met verschillende …

Reflections on a collaborative effort between engineering, social sciences, and residence in a seismic strengthening experiment in Krewerd, provincie of Groningen in the Netherlands.

During the 2015 Gorkha earthquake of 7.8 Mw that hit Kathmandu Valley, Nepal, numerous Nepalese Pagodas suffered extensive damage while others collapsed. Risk reduction strategies implemented in the region focused on disassembling historical structures and rebuilding them with modern material without …

KNAW – minisymposium ‘Aardbevingsbestendige woningen’ 24 maart 2020 Ondanks absentie van het symposium door de Corona crisis is dit boekje samengesteld voor digitale verzending en het drukken van een papieren versie.

Presentation at University of Bologna on experimental/new techniques of seismic strengthening

This paper investigates the limits and efficacies of the Fiber Reinforced Polymer (FRP) material for strengthening mid-rise RC buildings against seismic actions. Turkey, the region of the highest seismic risk in Europe, is chosen as the case-study country, the building stock of which consists in its …