On February 22, 2011, an earthquake of magnitude 6. 3 occurred very near to the city of Christchurch, New Zealand. The consequence came as a shock to many seismologists and earthquake engineers as New Zealand is known as the homeland of modern earthquake-resistant design techniques. After the earthquake, the focus of discussion has been on the collapse of buildings, while few queried the adequacy of design requirements. Importantly, similar "inadequacy" seems to repeat all around the world more frequently than expected. Hence, the question statement in the title concerns not only Christchurch, but anywhere in the world
As a result of the Christchurch Earthquake that occurred on 22nd February 2011 and the resultant los...
In the past fifty years the number of casualties due to the occurrence of earthquake events has been...
The 4th of September 2010 Mw 7.1 Darfield (Canterbury) earthquake had generated significant ground s...
Earthquake Engineering is facing an extraordinarily challenging era, the ultimate target being set a...
The application of current earthquake engineering knowledge through structural design codes has grea...
In the last century, seismic design has undergone significant advancements. Starting from the initia...
The damage caused by the 2011 Christchurch earthquake has led to the introduction of compulsory seis...
As a result of the findings and recommendations of the Royal Commission of Inquiry into the Canterbu...
Earthquake Engineering is facing an extraordinarily challenging era, the ultimate target being set a...
Structural engineers design buildings strictly according to the earthquake actions (demand) specifie...
The earthquake resistant design of structures plays an important role in seismic regions both from t...
In the last century, seismic design has undergone significant advancements. Starting from the initia...
The field of earthquake engineering and seismology is of great importance to structural engineers ar...
The paper summarises the results of a displacement-based assessment (DBA) of the seismic capacity of...
On Tuesday 22 February 2011, a 6.3 magnitude earthquake struck Christchurch, New Zealand’s second la...
As a result of the Christchurch Earthquake that occurred on 22nd February 2011 and the resultant los...
In the past fifty years the number of casualties due to the occurrence of earthquake events has been...
The 4th of September 2010 Mw 7.1 Darfield (Canterbury) earthquake had generated significant ground s...
Earthquake Engineering is facing an extraordinarily challenging era, the ultimate target being set a...
The application of current earthquake engineering knowledge through structural design codes has grea...
In the last century, seismic design has undergone significant advancements. Starting from the initia...
The damage caused by the 2011 Christchurch earthquake has led to the introduction of compulsory seis...
As a result of the findings and recommendations of the Royal Commission of Inquiry into the Canterbu...
Earthquake Engineering is facing an extraordinarily challenging era, the ultimate target being set a...
Structural engineers design buildings strictly according to the earthquake actions (demand) specifie...
The earthquake resistant design of structures plays an important role in seismic regions both from t...
In the last century, seismic design has undergone significant advancements. Starting from the initia...
The field of earthquake engineering and seismology is of great importance to structural engineers ar...
The paper summarises the results of a displacement-based assessment (DBA) of the seismic capacity of...
On Tuesday 22 February 2011, a 6.3 magnitude earthquake struck Christchurch, New Zealand’s second la...
As a result of the Christchurch Earthquake that occurred on 22nd February 2011 and the resultant los...
In the past fifty years the number of casualties due to the occurrence of earthquake events has been...
The 4th of September 2010 Mw 7.1 Darfield (Canterbury) earthquake had generated significant ground s...