The rapid development of China’s construction industrialization process has led to increased research into prefabricated building structures. In comparison to cast-in-place construction, prefabricated buildings offer many advantages. Increasingly important has been research on prefabricated building joints’ seismic performance. A prefabricated beam, slab, column, and wall’s connection affects its seismic performance, and each joint has different characteristics. In light of this, this paper analyzed the seismic performance of prefabricated joints based on their development and application
Most of industrial buildings are prefabricated structures and built on high seismic risk zones. Pref...
Precast reinforced concrete (PRC) buildings are common on European industrial parks. In past earthqu...
The seismic response of a fabricated subway station is a complex structural connection problem that ...
The rapid development of China’s construction industrialization process has led to increased researc...
Prefabricated concrete structure has the advantages of less energy consumption, easy quality control...
The traditional precast concrete column-to-column connections are widely used in the prefabricated c...
Precast construction has received increasing attention during the past decades. Faster construction,...
This paper is based on ductility demand and understanding of ductile detailing with Beam, column and...
This paper is based on ductility demand and understanding of ductile detailing with Beam, column and...
A survey of earthquake damage in reinforced concrete (RC) structural walls after the 2008 Wenchuan E...
Most of industrial buildings are prefabricated structures and built on high seismic risk zones. Pref...
Past earthquakes brought attention to the poor performance of precast reinforced concrete structures...
The use of pre-fabricated concrete components and their related coupling systems in seismic engineer...
Studying the seismic performance of assembled beam–column joints is essential for the development of...
Precast monolithic structures are increasingly applied in construction. Such a structure has a perfo...
Most of industrial buildings are prefabricated structures and built on high seismic risk zones. Pref...
Precast reinforced concrete (PRC) buildings are common on European industrial parks. In past earthqu...
The seismic response of a fabricated subway station is a complex structural connection problem that ...
The rapid development of China’s construction industrialization process has led to increased researc...
Prefabricated concrete structure has the advantages of less energy consumption, easy quality control...
The traditional precast concrete column-to-column connections are widely used in the prefabricated c...
Precast construction has received increasing attention during the past decades. Faster construction,...
This paper is based on ductility demand and understanding of ductile detailing with Beam, column and...
This paper is based on ductility demand and understanding of ductile detailing with Beam, column and...
A survey of earthquake damage in reinforced concrete (RC) structural walls after the 2008 Wenchuan E...
Most of industrial buildings are prefabricated structures and built on high seismic risk zones. Pref...
Past earthquakes brought attention to the poor performance of precast reinforced concrete structures...
The use of pre-fabricated concrete components and their related coupling systems in seismic engineer...
Studying the seismic performance of assembled beam–column joints is essential for the development of...
Precast monolithic structures are increasingly applied in construction. Such a structure has a perfo...
Most of industrial buildings are prefabricated structures and built on high seismic risk zones. Pref...
Precast reinforced concrete (PRC) buildings are common on European industrial parks. In past earthqu...
The seismic response of a fabricated subway station is a complex structural connection problem that ...