# ReinforcedConcrete Creates a ReinforcedConcrete material. ## Parameters

name : str: String naming the material.
color : Color: Material appearance.
E : float: Young's Modulus, in MPa.
nu : float: Poisson's ratio.
gamma_dry : float: Dry unit weight in kN/m^3.
gamma_sat : float: Saturated unit weight in kN/m^3.
compression : float: Compressive strength, in MPa.
tension : float: Tensile strength, in MPa.
effectiveness_factor : float: Effectiveness factor for concrete strength.
cracked_stiffness : boolean: Use cracked stiffness. cracked_stiffness = 'yes' or 'no'
reinforcement_type : str: Reinforcement layout type. reinforcement_type = 'Cartesian' or 'Polar'
mesh_x_yield : float: Yield strength of x-direction reinforcement, in MPa.
mesh_x_diameter : float: Diameter of x-direction reinforcement, in mm.
mesh_x_spacing1 : float: Spacing 1 of x-direction reinforcement, in mm.
mesh_x_spacing2 : float: Spacing 2 of x-direction reinforcement, in mm.
mesh_x_anchorage : float: Anchorage length of x-direction reinforcement, in mm.
mesh_y_yield : float: Yield strength of y-direction reinforcement, in MPa.
mesh_y_diameter : float: Diameter of y-direction reinforcement, in mm.
mesh_y_spacing1 : float: Spacing 1 of y-direction reinforcement, in mm.
mesh_y_spacing2 : float: Spacing 2 of y-direction reinforcement, in mm.
mesh_y_anchorage : float: Anchorage length of y-direction reinforcement, in mm.
mesh_z_yield : float: Yield strength of z-direction reinforcement, in MPa.
mesh_z_diameter : float: Diameter of z-direction reinforcement, in mm.
mesh_z_spacing1 : float: Spacing 1 of z-direction reinforcement, in mm.
mesh_z_spacing2 : float: Spacing 2 of z-direction reinforcement, in mm.
mesh_z_anchorage : float: Anchorage length of z-direction reinforcement, in mm. Example: >>> rc = prj.ReinforcedConcrete(name='RC Wall', gamma_dry=25.0, gamma_sat=25.0, E=30000.0, nu=0.2, compression=25.0, tension=2.5, effectiveness_factor=0.5, cracked_stiffness=True, reinforcement_type=0, mesh_x_yield=500.0, mesh_x_diameter=12.0, mesh_x_spacing1=150.0, mesh_x_spacing2=150.0, mesh_x_anchorage=240.0, ) >>> model2d.set_solid(shapes=Face,material=rc)