In hyperstatic structures, the methodology used in force analysis depends on the ductility of the structural systems, which in this case, being essentially provided by the concrete, can be potentially increased by confining concrete in critical zones.
SQ conceived the study, structured the methodology and wrote and edited the manuscript.
In comparison with experimental investigations on some damaged structures, the methodology proves to be feasible, easily implemented, and reliable.
The detailed structure of the methodology is given below.
The knowledge structure of the methodology is also discussed.
The paper has a focus on developing the theoretical background and the analytical structure of the methodology.
On the basis of these simulation results, we therefore concluded that data structure and the methodology will allow us to disentangle additive, dominance and imprinting variance, although this simulated scenario may not be representative of the genetic architecture of a real complex trait.
More research is being done to incorporate other commonly used structures into the methodology [ 28].
Each simulation consists of a sequence of stationary structures, hence the methodology for the stationary case can be applied for each time step of the MD simulations, resulting in 21 cAIC-Differences Δ p (t ) (see Eq. (2.5)) for every time step t of each simulation.
