After presenting the model used, we will detail how to implement the new macroscopic element in the explicit time loop calculation.
In this paper, for formulation of macroscopic feature, the importance of "condition" that is various physical elements in the circumstance is mentioned.
Moreover, dissipation is much less pronounced than that in the case of macroscopic volume elements.
The macroscopic effective removal cross section (ΣR) of fast neutrons was theoretically calculated from the mass removal cross-section values (ΣR/ρ) for various elements in soils.
The macroscopic finite element model used in the analysis accounts for high temperature properties of constitutive materials, realistic load and restraint conditions, as well as temperature induced slip between FRP rebars and concrete.
Herein, in every integration point of a macroscopic finite element problem a microscopic boundary value problem is attached, which consists of a representative volume element (RVE) often defined as a segment of a real microstructure.
The proposed tie sub-model is built into an existing macroscopic finite element based fire resistance analysis computer program that is capable of tracing the fire response of reinforced concrete (RC) columns in the entire range of behavior.
Since invisible amounts of the radioactive species were formed, their chemical identity had to be deduced from the manner in which they followed known carrier elements, present in macroscopic quantity, through various chemical operations.
On the other hand, the existing macroscopic models use a horizontal uniaxial element (i.e. shear spring element) in order to describe the shear response of walls.
A metallic radioactive transuranic element in the actinide series, it is the first element that currently cannot be produced in macroscopic quantities through neutron bombardment of lighter elements.
