… concrete frames is typically governed by their nodal regions behaviour. This is particularly
relevant for frame … a significant dependence of the nodal regions behaviour as a function of the …

… concrete frames is typically governed by their nodal regions behaviour. This is particularly
relevant for frame … a significant dependence of the nodal regions behaviour as a function of the …

… Concrete panel mechanism is related to cracking of concrete and arrangement of … ,
longitudinal reinforcement of members that cross the nodal region are subjected, if Bernoulli’s …

… , and an axial displacement is associated to an internal node placed at the element mid
length. This … connected to continuous prestressed concrete bridge decks in seismic regions. …

… The laterally constrained reinforced concrete beam model simulates the boundary
conditions in moment frame structures; the lateral constraint exerts axial force on the beam with …

… To apply this model; firstly, the reinforcing bars should be located along the edge of a
concrete element and secondly, a double node is required to measure the relative slip between …

… in the joint region. … frame is performed to determine nodal displacements, nodal reactions
and member end actions. The geometry of the frame is updated based on the computed nodal …

… shell elements (with 6 degrees of freedom per node) and coupled in this way with the beam-…
The stress–strain relationship of the steel bar in tension concrete region could be calculated …

… Reinforced concrete frame structures in regions of high … 2-node concrete frame element
and n number of 2-node bars … , because the nodal degrees of freedom of the concrete element …

… The model consists of approximately 171,000 elements in total, including 8-node solid
elements representing the concrete and the steel plates and angles and 2-node beam elements …