文章目录
- 首先,我们需要一个包含截面信息的txt文档: 'Angles' 'Angle 5x5' 501 8 50E-3 50E-3 5E-3 4E-3 0.0 0.0 5E-3 2E-3 0.0 'Angles' 'Angle 4.5x4.5' 501 8 0.045 0.045 4E-3 4.1E-3 0 0 4.5E-3 2E-3 0 用命令将txt里的上述命令读取出来,导入到截面库中: FINISH ~CFCLEAR,,1 ! CivilFEM Setup: Code & Units ~UNITS,SI ~CODESEL,EC3,EC2,,,EC8 /PREP7 ! CivilFEM Preprocessor ! -------------------------------------------------- ! 定义材料 ~CFMP,1,LIB,STEEL,EC3,FE510 ! FE 510 (EC3) ! 定义用户库,这一步需要用菜单来定义 ! Define cross section 1 as Angle 45X4 ~SSECLIB,1,1,501,2 !Angle 45x45 通过上面的对话框来导入txt文件(但问题是我在软件界面中没有找到上面的这个对话框。。。)
-
- 定义两个混凝土壳截面。第一个有恒定的厚度,另一个是变厚度。本例包括定义和列表显示两个梁&壳属性、列表显示实常数,单元采用SHELL43,单位为m。
- 梁壳属性1(实常数1) Section_I= Section_J = Section_K = Section_L = Shell vertex 1 几何属性: THK = 0.2 Vertex thickness 预应力: MC = 0.048 Reinforcement Mechanical cover ALPHA = 0 单元Y轴向预应力角 ASSXT = 1E-4 As/s reinforcement X Top ASSXB = 2E-4 As/s reinforcement X Bottom ASSYT = 2E-4 As/s reinforcement Y Top ASSYB = 3E-4 As/s reinforcement Y Bottom 梁壳属性2(实常数2) Section_I = Shell vertex 2 Section_J = Shell vertex 3 Section_K = Shell vertex 4 Section_L = Shell vertex 5 Geometric Properties of shell vertex 2 THK = 0.1 Vertex thickness Reinforcement of shell vertex 2 MC = 0.048 Reinforcement Mechanical cover ALPHA = 0 Reinforcement angle with element Y axis ASSXT = 1E-4 As/s reinforcement X Top ASSXB = 1.5E-4 As/s reinforcement X Bottom ASSYT = 1.5E-4 As/s reinforcement Y Top ASSYB = 2E-4 As/s reinforcement Y Bottom Geometric Properties of shell vertex 3 THK = 0.15 Vertex thickness 3点加强 MC = 0.048 Reinforcement Mechanical cover ALPHA = 0 Reinforcement angle with element Y axis ASSXT = 1.5E-4 As/s reinforcement X Top ASSXB = 2E-4 As/s reinforcement X Bottom ASSYT = 1E-4 As/s reinforcement Y Top ASSYB = 3E-4 As/s reinforcement Y Bottom 壳顶点4的几何尺寸 THK = 0.2 Vertex thickness 壳顶点4的几何参数 MC = 0.048 Reinforcement Mechanical cover ALPHA = 0 Reinforcement angle with element Y axis ASSXT = 1E-4 As/s reinforcement X Top ASSXB = 1.5E-4 As/s reinforcement X Bottom ASSYT = 2E-4 As/s reinforcement Y Top ASSYB = 2.5E-4 As/s reinforcement Y Bottom 壳顶点5的几何属性 THK = 0.25 Vertex thickness 壳顶5点加强:与4点相同 FINISH ~CFCLEAR,,1 ! Not needed ! CivilFEM Setup: Code & Units ~UNITS,SI ~CODESEL,EC3,EC2,,,EC8 ! Eurocodes: No.3, No.2 and No.8 /PREP7 ! CivilFEM Preprocessor ! -------------------------------------------------- ! 定义材料 ~CFMP,1,LIB,CONCRETE,EC2,C20/25 !Concrete C20/25 (EC2) ~CFMP,2,LIB,REINF,EC2,S400 !Reinforcing steel S400(EC2) ! 定义节点顶端 ~SHLRNF,1,0.20,1,2,0.048,0.0001,0.0002,0.0002,0.0003 ! 壳顶点1 ~SHLRNF,2,0.10,1,2,0.048,0.0001,0.00015,0.00015,0.0002 ! 壳顶点2 ~SHLRNF,3,0.15,1,2,0.048,0.00015,0.0002,0.0001,0.0003 ! 壳顶点3 ~SHLRNF,4,0.20,1,2,0.048,0.0001,0.00015,0.0002,0.00025 !壳顶点4 ~SHLRNF,5,0.25,1,2,0.048,0.0001,0.00015,0.0002,0.00025 ! 壳顶点5 ! 定义Beam & Shell Property ! Beam & Shell Property 1 (常数) ~BMSHPRO,1,SHELL,1,,,,43,,0, !SHELL PROPERTY !Beam & Shell Property 1 ! Beam & Shell Property 2 (变化值) ~BMSHPRO,2,SHELL,2,3,4,5,43,,0, !SHELL PROPERTY !Beam & Shell Property 2 ! List Beam & Shell Properties ~BMSHLST,1,2,1,1 ! List Real Constants RLIST, ALL
- 定义预应力混凝土壳 IVTX:定义的桥顶点数量 THK:壳体端点厚度 MAT:材料和壳体顶点 RMAT:预应力材料. MC:机械覆盖层 Mechanical cover. ASSXT:顶部X面每单位长度预应力 ASSXB:底部X面每单位长度预应力 ASSYT:顶部X面每单位长度预应力 ASSYB:底部Y面每单位长度预应力 KRNF:预应力环境 0没有斜截面钢筋Not braced bars. (Value by default.) 1斜截面钢筋Braced bars ALP:预应力钢筋和Y轴之间夹角,且为单元局部Y坐标系,只在木结构中考虑,默认 ALP=0 THETA:Angle of concrete compressive struts (sexagesimal degrees).
首先,我们需要一个包含截面信息的txt文档:
'Angles' 'Angle 5x5' 501 8 50E-3 50E-3 5E-3 4E-3 0.0 0.0 5E-3 2E-3 0.0
'Angles' 'Angle 4.5x4.5' 501 8 0.045 0.045 4E-3 4.1E-3 0 0 4.5E-3 2E-3 0
用命令将txt里的上述命令读取出来,导入到截面库中:
FINISH
~CFCLEAR,,1! CivilFEM Setup: Code & Units
~UNITS,SI
~CODESEL,EC3,EC2,,,EC8/PREP7
! CivilFEM Preprocessor
! --------------------------------------------------
! 定义材料
~CFMP,1,LIB,STEEL,EC3,FE510 ! FE 510 (EC3)! 定义用户库,这一步需要用菜单来定义
! Define cross section 1 as Angle 45X4
~SSECLIB,1,1,501,2 !Angle 45x45

通过上面的对话框来导入txt文件(但问题是我在软件界面中没有找到上面的这个对话框。。。)
定义两个混凝土壳截面。第一个有恒定的厚度,另一个是变厚度。本例包括定义和列表显示两个梁&壳属性、列表显示实常数,单元采用SHELL43,单位为m。
梁壳属性1(实常数1)
Section_I= Section_J = Section_K = Section_L = Shell vertex 1
几何属性:
THK = 0.2 Vertex thickness
预应力:
MC = 0.048 Reinforcement Mechanical cover
ALPHA = 0 单元Y轴向预应力角
ASSXT = 1E-4 As/s reinforcement X Top
ASSXB = 2E-4 As/s reinforcement X Bottom
ASSYT = 2E-4 As/s reinforcement Y Top
ASSYB = 3E-4 As/s reinforcement Y Bottom

梁壳属性2(实常数2)
Section_I = Shell vertex 2
Section_J = Shell vertex 3
Section_K = Shell vertex 4
Section_L = Shell vertex 5
Geometric Properties of shell vertex 2
THK = 0.1 Vertex thickness
Reinforcement of shell vertex 2
MC = 0.048 Reinforcement Mechanical cover
ALPHA = 0 Reinforcement angle with element Y axis
ASSXT = 1E-4 As/s reinforcement X Top
ASSXB = 1.5E-4 As/s reinforcement X Bottom
ASSYT = 1.5E-4 As/s reinforcement Y Top
ASSYB = 2E-4 As/s reinforcement Y Bottom
Geometric Properties of shell vertex 3
THK = 0.15 Vertex thickness
3点加强
MC = 0.048 Reinforcement Mechanical cover
ALPHA = 0 Reinforcement angle with element Y axis
ASSXT = 1.5E-4 As/s reinforcement X Top
ASSXB = 2E-4 As/s reinforcement X Bottom
ASSYT = 1E-4 As/s reinforcement Y Top
ASSYB = 3E-4 As/s reinforcement Y Bottom
壳顶点4的几何尺寸
THK = 0.2 Vertex thickness
壳顶点4的几何参数
MC = 0.048 Reinforcement Mechanical cover
ALPHA = 0 Reinforcement angle with element Y axis
ASSXT = 1E-4 As/s reinforcement X Top
ASSXB = 1.5E-4 As/s reinforcement X Bottom
ASSYT = 2E-4 As/s reinforcement Y Top
ASSYB = 2.5E-4 As/s reinforcement Y Bottom
壳顶点5的几何属性
THK = 0.25 Vertex thickness
壳顶5点加强:与4点相同
FINISH
~CFCLEAR,,1 ! Not needed! CivilFEM Setup: Code & Units
~UNITS,SI
~CODESEL,EC3,EC2,,,EC8 ! Eurocodes: No.3, No.2 and No.8/PREP7
! CivilFEM Preprocessor
! --------------------------------------------------
! 定义材料
~CFMP,1,LIB,CONCRETE,EC2,C20/25 !Concrete C20/25 (EC2)
~CFMP,2,LIB,REINF,EC2,S400 !Reinforcing steel S400(EC2)! 定义节点顶端
~SHLRNF,1,0.20,1,2,0.048,0.0001,0.0002,0.0002,0.0003 ! 壳顶点1
~SHLRNF,2,0.10,1,2,0.048,0.0001,0.00015,0.00015,0.0002 ! 壳顶点2
~SHLRNF,3,0.15,1,2,0.048,0.00015,0.0002,0.0001,0.0003 ! 壳顶点3
~SHLRNF,4,0.20,1,2,0.048,0.0001,0.00015,0.0002,0.00025 !壳顶点4
~SHLRNF,5,0.25,1,2,0.048,0.0001,0.00015,0.0002,0.00025 ! 壳顶点5! 定义Beam & Shell Property
! Beam & Shell Property 1 (常数)
~BMSHPRO,1,SHELL,1,,,,43,,0, !SHELL PROPERTY !Beam & Shell Property 1
! Beam & Shell Property 2 (变化值)
~BMSHPRO,2,SHELL,2,3,4,5,43,,0, !SHELL PROPERTY !Beam & Shell Property 2
! List Beam & Shell Properties
~BMSHLST,1,2,1,1
! List Real Constants
RLIST, ALL
定义预应力混凝土壳
IVTX:定义的桥顶点数量
THK:壳体端点厚度
MAT:材料和壳体顶点
RMAT:预应力材料.
MC:机械覆盖层 Mechanical cover.
ASSXT:顶部X面每单位长度预应力
ASSXB:底部X面每单位长度预应力
ASSYT:顶部X面每单位长度预应力
ASSYB:底部Y面每单位长度预应力
KRNF:预应力环境
- 0没有斜截面钢筋Not braced bars. (Value by default.)
- 1斜截面钢筋Braced bars
ALP:预应力钢筋和Y轴之间夹角,且为单元局部Y坐标系,只在木结构中考虑,默认 ALP=0
THETA:Angle of concrete compressive struts (sexagesimal degrees).



暂无评论