The flat plate system is currently widely used in construction. It permits architectural flexibility, more clear space, less building height, easier formwork, and shorter construction time. However, there remains the problem of brittle punching failure due to the transfer of shearing forces and unbalanced moments at the flat plate-column connection. It is the purpose of this paper to investigate the effects of various interdependent factors that govern the punching shear resistance and behaviour of the flat plate-column connection, as well as their inclusion in current Codes
Flat-slab system is widely used nowadays. Major and critical problem of this system is its sudden br...
The punching shear behaviour of interior slab-column connections in flat plates is investigated. The...
The paper presents information about theoretical investigations and based on computer modelling and ...
The flat plate system is currently widely used in construction. It permits architectural flexibility...
Reinforced concrete flat plate structures have been more widely used in residential buildings around...
Flat plate systems are constructed with slabs directly supported on columns. Since there are no beam...
Flat plate slab has been widely used in high rise buildings for its remarkable advantages. However, ...
This research studies the response of flat plate-column connections consisting of various types of s...
Flat plate structures under lateral load are susceptible to punching shear failure of the slab-colum...
Edge column slab connections of continuous flat plate structures, under combined shear and moment tr...
The use of flat plates (i.e., slabs without capitals, drop panels, or supporting beams) in reinforce...
Flat-slab construction has been widely used in construction today because of many advantages that it...
This thesis will study and improve the understanding of punching shear behaviour of flat plate slabs...
Reinforced concrete flat plate structure is an economical choice for residential buildings because o...
Thirteen tests were carried out to investigate the effect of outwards eccentricity on the punching r...
Flat-slab system is widely used nowadays. Major and critical problem of this system is its sudden br...
The punching shear behaviour of interior slab-column connections in flat plates is investigated. The...
The paper presents information about theoretical investigations and based on computer modelling and ...
The flat plate system is currently widely used in construction. It permits architectural flexibility...
Reinforced concrete flat plate structures have been more widely used in residential buildings around...
Flat plate systems are constructed with slabs directly supported on columns. Since there are no beam...
Flat plate slab has been widely used in high rise buildings for its remarkable advantages. However, ...
This research studies the response of flat plate-column connections consisting of various types of s...
Flat plate structures under lateral load are susceptible to punching shear failure of the slab-colum...
Edge column slab connections of continuous flat plate structures, under combined shear and moment tr...
The use of flat plates (i.e., slabs without capitals, drop panels, or supporting beams) in reinforce...
Flat-slab construction has been widely used in construction today because of many advantages that it...
This thesis will study and improve the understanding of punching shear behaviour of flat plate slabs...
Reinforced concrete flat plate structure is an economical choice for residential buildings because o...
Thirteen tests were carried out to investigate the effect of outwards eccentricity on the punching r...
Flat-slab system is widely used nowadays. Major and critical problem of this system is its sudden br...
The punching shear behaviour of interior slab-column connections in flat plates is investigated. The...
The paper presents information about theoretical investigations and based on computer modelling and ...