Seyyed Mohammad Moulaei Fard - Iran , Tehran , Tarbiat Modares University , Civil Engineering Department
Sina Mehdinaia - Iran, Mazandaran, Babol Noshirvani University of Technology, Civil Engineering Department
Mahmoud Yazdani - Iran , Tehran , Tarbiat Modares University , Civil Engineering Department

Fluid-Driven fractures such as magma-driven or Fluid-Driven has been exist in many geological process. Various models have been developed to predict the fracture geometry , each of which shows fracture propagation as a function of time and pressure. These models show fracture geometry as two or three-dimensional which depends on the number of dimensional variables. Although many two and three-dimensional models have been developed thus far, there is still concern about which model is more efficient and beneficial, because in spite of great achievements in Fluid-Driven fracture, in many cases this was not successful. This paper reviews conventional methods of modeling Fluid-Driven fractures such as two-dimensional, three-dimensional, pseudo-three-dimensional and planar three-dimensional models.

Fluid-Driven fracture , Numerical models , Pseudo three Dimension