# Version, Units and Name are required. Begin_Global NAME = beam VER = 3.03 UNITS = N-mm HAS_ANALYZED = True
# Optional parameters Author = 红亮 Company = 大学
Job_Name = 截面M-φ曲线分析 Job_Number = beam
Time_Stamp = 2012/7/1 15:33:16 End_Global
#---------------------------------------
# Begin material definition with Begin_Material and end with End_Material Begin_Material NAME = Steel1
TYPE = Strain Hardening Steel Fy = 360.0 Fu = 360.0 esh = .002 esu = .09 Es = 200.0E+3 End_Material
#---------------------------------------
Begin_Material NAME = C40
TYPE = Confined Concrete Fc = 26.80 ey = .0015 ecu = .0033 Fl = 26.80 Ec = 32.50E+3
# Parameters for the confinement calculators are optional
compStrength = 20.00 End_Material
#---------------------------------------
# Begin Section Definitions. Between the Begin and End Section commands, the section shapes and
# loadings are defined. If this is copied to a stand alone (.sec) file, then the section # materials also need to be defined. # Begin section definition. Begin_Section Begin_Builder NAME = Section1
# Builder properties - boundary window - if left out, the default is used. Boundary_Bottom = -100.0 Boundary_Left = -100.0 Boundary_Right = 700.0 Boundary_Top = 700.0 Min_Triangle_Area = 30.00 Max_Number_of_Fibers = 1000
# Current drawing window properties - if left out, the default is used. Window_Left = 479.7 Window_Bottom = 50.00 Window_Height = 600.0 End_Builder
#---------------------------------------
# Section comments or design log - optional Begin_UserComments User Comments End_UserComments
#---------------------------------------
# Shapes and meshes - for shapes within shapes, list outermost shape first. Shape boundaries may not cross.
# Points are listed in X Y coordinates separated by a comma preceded by the mode of drawing.
# The last point in the sequence of any shape must be the same as the first point to close the shape properly.
# Repeat shape Start_Shape - End_Shape command group as needed. Before editing the shape definitions, make sure
# the data results in reasonable shapes (ie No lines cross, if a shape is embedded in another shape -
# confined within unconfined - the outer shape must be defined first). If the mesh size is defined too
# small, an error will be thrown. To allow for smaller mesh sizes, modify the Max_Number_of_Fibers
# parameter in the section definition.
# Section Shapes Begin_Shape MATERIAL = C40 MESH = 20.00 COVER = 30.00 MATERIAL_CORE = C40 Begin_Line 0, 0 500.0, 0 500.0, 500.0 0, 500.0