With the advance of the computational simulation capacity and the development of
alternatives to solve structural problems, it became possible the modeling of structures
with behavior analogous to a real structure. Based on this premise, this paper aims to
expose the feasibility study of the modeling of a building with stakes foundation,
assuming that: in case any of the stakes rupture, adopting a robust design of the
structure, designed with the objective of compensating the local failure, the building
will not have its stability compromised. For this, it was used a program based on the
Finite Element Method - FEM, being possible to observe, in case of an accident, the
behavior of the efforts, moments and displacements of the conventional structure,
interpreting the results of its contribution to the progressive collapse and thus
dimensioning the robust structure capable of preventing this phenomenon. The
estimated value of safety, considering only the execution costs of the conventional
structure, compared to the robust structure, is 5.79%, but when the values covering all
the steps for the construction of the conventional building and the robust building are
verified, this percentage represents only 1.62% of increase to the initial costs. Thus,
through the presented study, the execution of a building with stake foundation, for a
project robust to progressive collapse, demonstrates to be feasible. However, further
studies should be carried out in order to increase the quantity and quality of the results
found.