flac3d5.0常用命令集锦

合集下载

flac3d快捷命令

flac3d快捷命令

1、FLAC3D常见命令:1. FLAC3D是有限元程序吗?答:不是!是有限差分法。

2. 最先需要掌握有哪些?答:需要掌握gen, ini, app, plo, solve等建模、初始条件、边界条件、后处理和求解。

3. 怎样看模型的样子?答:plo blo gro可以看到不同的group的颜色分布4. 怎样看模型的边界情况?答:plo gpfix red5. 怎样看模型的体力分布?答:plo fap red6. 怎样看模型的云图?答:位移:plo con dis (xdis, ydis, zdis)应力:plo con sz (sy, sx, sxy, syz, sxz)7. 怎样看模型的矢量图?答:plo dis (xdis, ydis, zdis)8. 怎样看模型有多少单元、节点?答:pri info9. 怎样输出模型的后处理图?答:File/Print type/Jpg file,然后选择File/Print,将保存格式选择为jpe文件10. 怎样调用一个文件?答:File/call或者call命令10. 如何施加面力?答:app nstress11. 如何调整视图的大小、角度?答:综合使用x, y, z, m, Shift键,配合使用Ctrl+R,Ctrl+Z等快捷键12. 如何进行边界约束?答:fix x ran (约束的是速度,在初始情况下约束等效于位移约束)13. 如何知道每个单元的ID?答:用鼠标双击单元的表面,可以知道单元的ID和坐标14. 如何进行切片?答:plo set plane ori (点坐标) norm (法向矢量)plo con sz plane (显示z方向应力的切片)15. 如何保存计算结果?答:save +文件名.16. 如何调用已保存的结果?答:rest +文件名;或者File / Restore17. 如何暂停计算?答:Esc18. 如何在程序中进行暂停,并可恢复计算?答:在命令中加入pause命令,用continue进行继续19. 如何跳过某个计算步?答:在计算中按空格键跳过本次计算,自动进入下一步20. Fish是什么东西?答:是FLAC3D的内置语言,可以用来进行参数化模型、完成命令本身不能进行的功能21. Fish是否一定要学?答:可以不用,需要的时候查Mannual获得需要的变量就可以了22. FLAC3D允许文件格式有哪些?答:无所谓,只要是文本文件,什么后缀都可以23. 如何调用一些可选模块?答:config dyn (fluid, creep, cppudm)24 .如何在圆柱体四周如何施加约束条件?答:可以用fix ... ran cylinder end1 end2 radius r1 cylinder end1 end2 radius r2 not,其中r225.如何能把一个PLOT的图像数据导出来以便用其他软件绘图?答:用set log on 命令,把数据导出来,转到excel里处理一下,然后用surfer或者什么作图软件绘制就行了。

(新)Flac3D5.0笔记

(新)Flac3D5.0笔记

(新)Flac3D5.0笔记FLAC3D5.0导入dat、txt文件的方法FLAC3D5.0导入.sav文件的方法输入命令流:Restore 文件名.savFLAC3D5.0导入.f3prj文件的方法页脚内容1视图窗口关闭后,如何再次呈现?输入命令plot zone页脚内容2当命令流输错可从这里撤销页脚内容3点亮相应命令流后才可撤销透明度的调整保存项目文件页脚内容4保存文件的重命名做切片页脚内容5倾向和倾角法向和过一个点删除切片Ctrl+R为查看模型后还原显示接触面,双击I nterface显示接触面页脚内容6接触面属性项被激活后,可以更改属性隐藏网格显示输出网格页脚内容7如果点击了透明,将不显示Information 只要不点击透明,则显示Information 页脚内容8等同于点击显示节点坐标页脚内容9fish简介@之前要有(空格)之前加@是Flac3D3.0和5.0区别而在之间没有(空格)按下列步骤取消fish语言前要加@页脚内容10点击fish页脚内容11软件的刷新如何显示软件最终的安全系数显示软件节点.查看应力及最大剪应力的步骤页脚内容12查看位移云图的步骤页脚内容13输出云图页脚内容14设置出图边宽设置分辨率可设为1080 Reflect镜像restore调用之前的计算结果Origin原点normal法向量(该点与原点的坐标差)页脚内容15对于结构单元如桩,若点击Zone将不出现任何模型按如下步骤才可显示使用该命令后保存的文件与说建模的文件保存在同一文件夹页脚内容16查看约束反力的步骤查看分组的步骤位移云图的显示颜色相反如何调整页脚内容17连接两个不同尺寸的单元页脚内容18页脚内容19。

(完整版)FLAC3D5.00培训教程

(完整版)FLAC3D5.00培训教程

将FLAC3D文件打包 和解包!!
1.1.4 the status bar
状态栏
面板控制的快捷键
每个面板都对应着与面板操作相关的快捷按 钮!
快捷键
重新加载上一条或下一条命令!!!
可以单独保存list文件!!!
项目管理 Project .f3prj格式
➢ 将 datafile、plot、savefile 统一起来,构成整 个项目。
鼠标放在模型上 就会显示相关信 息。
缩小
放大恢复
Extrusion Pane
An extruded mesh generated using the extrusion capability in FLAC3D
The Extrusion pane is used to create one or more extrusion sets. It is accessed (if not already visible) by selecting it from the Panes menu. An extrusion set is a 2D shape (drawn) that is linearly extended (extruded) to a third dimension. Once it has been defined in this way, an extrusion set may be used to generate a 3D mesh for use in FLAC3D. Though there is only ever one instance of the Extrusion pane in FLAC3D, multiple extrusion sets may be loaded into it at the same time. The pane provides two distinct views of the extrusion set: the construction view, where the 2D shape is drawn, and the extrusion view, where the extent of the extrusion is specified. These are introduced in the topic Views.

flac常用命令(FLACcommoncommands)

flac常用命令(FLACcommoncommands)

flac常用命令(FLAC common commands)FLAC3D common commands1. What are the first commands you need to master? Answer: commands such as gen, ini, app, PLO, solve, such as modeling, initial conditions, boundary conditions, postprocessing, and solving are required.2. How do I output the post-processing diagram of the model? Answer: File/Print, type/Jpg, file, and then select File/Print, save the format as JPE file.3. How do I call a file? Answer: File/call or call command 4, how to exert surface force? Answer: app nstress 5, how to adjust the size and angle of view? Answer: use x, y, Z, m, Shift keys, and use Ctrl+R, Ctrl+Z and other shortcut keys together. 6, how to carry out boundary constraints? Answer: fix x ran (the constraint is speed, in the initial case, the constraint is equivalent to the displacement constraint). 7, how do you know the ID of each unit? Answer: double-click the surface of the cell with the mouse to know the ID and coordinates of the unit. 8, how to slice? Answer: PLO, set, plane, ori (point coordinates), norm (normal vector), PLO, con, SZ, plane (showing the slice of the stress in the direction of the z) 9, how to save the result of calculation? Answer: save + file name 10, how to call saved results? Answer: rest + file name; or File / Restor 11, how to pause the calculation? Answer: Esc 12, how to pause in the program, and can restore the calculation? Answer: add the pause command to the command and proceed with continue. In our step by step solution, we want to get the result of a certain process, not wait until all the requests are finished, and then we can correct the error when the distribution is wrong, not wait for the result to come out. 13, how do you skip a calculation step? Answer: in the calculation, press the space bar to skip thiscalculation, automatically go to the next 14, Fish what is it? Does Fish have to learn? Answer: it's the built-in language of FLAC3D that can be used to parameterize models and perform commands that cannot be performed by themselves. Fish doesn't have to learn. When you need it, check Mannual and get the variables you need. What is the command file format allowed by 15 and FLAC3D? Answer: does not matter, as long as it is a text file, what suffix can be. 16. How do I call some optional modules? Answer: config dyn (fluid, creep, cppudm) 17, how to impose constraints around the cylinder? You can use fix, ran, cylinder, end1, end2, radius, R1, cylinder, end1, end2, radius, R2, not, R219, about DD, dip dip-direction angle, measured in: the global xy-plane clockwise from the positive y-axis from y to X is the shaft clockwise turn angle; dip dip angle, measured in the negative Z-direction from the global xy-plane this is the angle between the XY plane and Z axis; dip the angle between the reference plane and the XY plane symmetry, symmetry plane and XY angle reference plane is a ray projection in the XY plane; DD refers to the positive direction of axis Y clockwise direction steering angle (clockwise) projection to the normal direction is determined in the XY plane, and then determine the dip. Refers to dip XY from the plane to the plane defined by the angle. 20, range command: 1 spherical range, is a center, part of the different radius between the force applied to the sphere, with the constraint, command, command: range annulus center XYZ radius R1 R2 (Center) (two radius), want to express is spherical, r1r2 value difference can be small, such as the radius 2.9 3.1 when the range is a radius of 3 plane. The order of force is applied to the torus of a cylinder, exerting forceor restraint.范围缸end1 XYZ end2 XYZ半径R(端是表示柱体断面的中心点坐标)范围平面以上表示的是Z大于0的上部结构范围面吹表示的是Z小于0的下部结构范围DD DIP B XYZ表示的是走向角度起源,倾向角度B 的面DD表示,当面与xoy面相交时的垂线与Y轴正向的夹角,顺为正,说白话,就是面的指向方向面是朝那个方向的意思。

(完整版)FLAC3D常用命令

(完整版)FLAC3D常用命令

1. apply(缩写:app)可用来定义边界条件及初始条件:1)添加应力格式1:apply szz -0.3395e6 range z -0.1 0.1格式1:apply szz -0.3395e6 range group pile格式3:apply szz -0.3395e6 range z -0.1 0.1 group pile格式4:apply nstress 数值range z 2.9 3.1(或3)x 1 2 y 1 22)以一定速度施加位移边界格式1:apply yvel -1e5 range y -1.9 2.1 ;施加y方向速度-1e5/step3)添加边界条件格式:apply szz <数值> grad <梯度> range <范围>示例1:apply szz -1e9 grad 0 0 8.3e5 range z 0 120示例2:apply szz -0.6e6 range z 0.05 0.15 group pile注:<数值>是梯度方向坐标0点的数值,可通过定义坐标范围的上下值与梯度计算得到。

2. range(缩写:ran)通过range功能,可以使命令作用在一定指定范围的目标上;如果一个命令没有使用range来确定范围,则命令对整个模型有效。

1)利用坐标指定一定的范围格式1:range z 0 1格式2:range z 2.9 3.1 x 1 2 y 1 22)利用分组来指定范围格式:range group 13)以上两种的复合格式:range z -0.1 0.1 group pile4)利用id号来指定一定的范围格式:range id 0 10该命令后跟起始id和结束id,这里的id可以是实体单元、网格、结构单元、接触面和节点的编号。

例:model elastic range id 1 10 ;指定id为1到10的单元为各向同性弹性本构。

FLAC3D命令流(整理版)

FLAC3D命令流(整理版)

1、怎样查看模型?答:plot grid 可以查看网格,plot grid num 可以查看节点号。

2、请问在圆柱体四周如何施加约束条件?答:可以用fix ... ran cylinder end1 end2 radius r1 cylinder end1 end2 radius r2 not,其中r2<r1,其实就是选择range的时候选两个圆柱的差,即得到边界。

命令流如下:fix x range end1 1 0 0 end2 1 4 0 rad 1 end1 1 0 0 end2 1 4 0 rad 13、怎么能把一个PLOT的图像数据导出来以便用其他软件绘图?答:用set log on 命令,把数据导出来,转到excel里处理一下,然后用surfer或者什么作图软件绘制就行了。

4、用命令建立模型后,如何显示点的坐标?答:使用plo blo gro gpnum on命令5、关于gauss_dev对性质进行高斯正态分布的问题?答:根据手册上的说明:下面的命令设定一个平均摩擦角为40度,标准方差是±5%。

则命令如下:prop friction 40 gauss_dev 2 问题:请问gauss_dev 2中的2是如何计算的?如果把±5%改为±10%,则命令应如何写?40×5%=26、 reflect问题问:gen zone radbrick &p0 (0,0,0) p1 (10,0,0) p2 (0,10,0) p3 (0,0,10) &size 3,5,5,7 &ratio 1,1,1,1.5 &dim 1 4 2 fill plot surfgen zone reflect dip 0 dd 90 (对xy面做镜像)gen zone reflect dip 90 dd 90 (对yz面做镜像)(1)dd表示y轴正向顺时针到那条射线的夹角,dip表示对称参照面与xy平面的夹角,对称参照面与xy平面的夹角在xy平面的投影是一条射线。

FLAC3D常见命令与使用技巧

FLAC3D常见命令与使用技巧

FLAC3D常见命令与使用技巧1、FLAC3D常见命令:1.FLAC3D是有限元程序吗?答:不是!是有限差分法。

2.最先需要掌握的命令有哪些?答:需要掌握gen, ini, app, plo, solve等建模、初始条件、边界条件、后处理和求解的命令。

3.怎样看模型的样子?答:plo blo gro可以看到不同的group的颜色分布4.怎样看模型的边界情况?答:plo gpfix red5.怎样看模型的体力分布?答:plo fap red6.怎样看模型的云图?答:位移:plo con dis (xdis, ydis, zdis)应力:plo con sz (sy, sx,sxy, syz, sxz)7.怎样看模型的矢量图?答:plo dis (xdis, ydis, zdis)8.怎样看模型有多少单元、节点?答:pri info9.怎样输出模型的后处理图?答:File/Print type/Jpg file,然后选择File/Print,将保存格式选择为jpe文件10.怎样调用一个文件?答:File/call或者call命令10.如何施加面力?答:app nstress11.如何调整视图的大小、角度?答:综合使用x, y, z, m, Shift键,配合使用Ctrl+R,Ctrl+Z等快捷键12.如何进行边界约束?答:fix x ran(约束的是速度,在初始情况下约束等效于位移约束)13.如何知道每个单元的ID?答:用鼠标双击单元的表面,可以知道单元的ID和坐标14.如何进行切片?答:plo set plane ori (点坐标) norm (法向矢量) plo con sz plane (显示z方向应力的切片)15.如何保存计算结果?答:save +文件名.16.如何调用已保存的结果?答:rest +文件名;或者File / Restore17.如何暂停计算?答:Esc18.如何在程序中进行暂停,并可恢复计算?答:在命令中加入pause命令,用continue进行继续19.如何跳过某个计算步?答:在计算中按空格键跳过本次计算,自动进入下一步20. Fish是什么东西?答:是FLAC3D的内置语言,可以用来进行参数化模型、完成命令本身不能进行的功能21. Fish是否一定要学?答:可以不用,需要的时候查Mannual获得需要的变量就可以了22.FLAC3D允许的命令文件格式有哪些?答:无所谓,只要是文本文件,什么后缀都可以23.如何调用一些可选模块?答:config dyn (fluid, creep, cppudm)24 .如何在圆柱体四周如何施加约束条件?答:可以用fix ... ran cylinder end1 end2 radius r1 cylinder end1 end2radius r2 not,其中r225.如何能把一个PLOT的图像数据导出来以便用其他软件绘图?答:用set log on命令,把数据导出来,转到excel里处理一下,然后用surfer或者什么作图软件绘制就行了。

flac3d常用命令师姐整理。

flac3d常用命令师姐整理。

flac3d常用命令师姐整理。

pl sel rec sres my surfx 0 1 0 ra y 0 24 scale=0.05pl add fap ra cyl end1 0 0 -17 end2 0 42 -17 r 3.1pl add sel geom id on;查局部坐标pr sel node local ra id=1pr sel rec surfpl sel geom node off nodesys on scale=0.06pl sel geom node off surfsys on scale=0.06pl sel pile fo fx; 看桩轴力pl bl gr id on ra y 20 21;查看zoneIDpl sur gp on ra y 20 24 ;监测点位移,找点gpidpl sel geom cid on ra y 22 24 ;监测衬砌内力,找衬砌cidpl sel geom cid on node off ra y 21 23 ;监测桩号,找桩cidpl bl state shear-n ;看屈服pl add gpfix ;查固定边界条件pl add su magf 10 ;变形后位移pr gp disp ra id=12067;查看某点位移pl bcon prop bu;无刚度错误错误pr sel node link ra id ;找node连接的link号pr sel link tar ra id ;找link的目标节点pr sel link sou ra id ;找link的源节点pr sel link attachpr sel link c lind k;查link的刚度pr sel rec sr my;pl sel disp magf 100;pl sel pile fo fx;pl sel pile mo my;pl con zdis。

  1. 1、下载文档前请自行甄别文档内容的完整性,平台不提供额外的编辑、内容补充、找答案等附加服务。
  2. 2、"仅部分预览"的文档,不可在线预览部分如存在完整性等问题,可反馈申请退款(可完整预览的文档不适用该条件!)。
  3. 3、如文档侵犯您的权益,请联系客服反馈,我们会尽快为您处理(人工客服工作时间:9:00-18:30)。

建 模1、调用文件:①文件与工程在同一个文件夹,只写文件名即可:If the called file is located in the same folder as the FLAC3D project file, then only the file name needbe entered with the CALL command.②不在同一个文件夹,全路径:Otherwise, the file may be called by specifying its complete path (e.g., c:\myfolder\file.dat ).Undo ;撤销上一条命令2、创建 旋转 缩放视图3、建模命令model mech mohr ;莫尔库伦模型model mech elastic ;弹性模型set grav 0, 0, -9.81 ; 重力加速度 negative z -direction. (垂直向下!常用的)下面这代码,是沿着下面这代码,是沿着-y -y 方向的重力加速度,注意区别方向的重力加速度,注意区别gen zone brick size 6,8,8 p0 -10, -10, -20 ... ;省略号表示写不下后面继续p1 10, -10, -20 ...p2 -10, 10, -20 ...p3 -10, -10, 0plot zonegen zone brick size 6,8,8 p0 -10, -10, -20 ... ;不规则六面体p1 10, -10, -20 p2 -10, 10, -20 ...p3 -10, -10, 0 p4 10, 10, -20 ...p5 -10, 10, 10 p6 10, -10, 0 ...p7 10, 10, 10plot current plot Plot01plot clearplot zoneUndo ;撤销命令set logfile 127X1001.txtset log on truncateset log offlist zone prin range x 0 1 y 0 1 z 0 1 ;显示指定范围内各单元的主应力,结果如下Hist命令:①命令编号按顺序从1开始:each history is numbered sequentially from 1 as it is entered via the HISTORY command.②查找显示所有的his命令:Return to the Flac3D> prompt and typelist histfor a listing of the histories and their corresponding numbers.hist nstep 5 ;每5步记录1次。

默认是10步记录1次hist add ratio ; 记录maximum unbalanced force ratiohist add gp zdisp 4 4 8 ;记录节点的位移model null range x=2,4 y=2,6 z=5,10 ;To excavate thetrench,enterThe dimensions of the excavation region (i.e., the null material) are defined by the x-, y- and z-coordinate range.set large ; 设置大变形large-strain logic is specifiedini xdis 0 ydis 0 zdis 0 ;位移归零solvesave trench ; 保持计算结果的文件“TRENCH.F3SAV”不需要后缀4、group命令(注意新版本的区别,group zone)gen zone brick size 6 6 6group zone Tunnel range x 1 6 y 0 6 z 1 5 ;设置groupmodel mech mohr ; 莫尔库伦模型model mech null range group Tunnel ;group zone Tunnel range cylinder end1 100 105 100 end2 100 95 100 radius 3 group zone Matrix range group Tunnel not; naming RANGES that are fixed in space and unrelated; to the model geometry - represents stratigraphy...range name Layer1 plane dip 0 dd 0 ori 0 0 0 aboverange name Layer2 plane dip 0 dd 0 ori 0 0 0 belowprop bulk 1e8 shear 0.5e8 coh 0 tens 0 fric 35 range nrange Layer1prop bulk 1e7 shear 0.3e7 coh 1e7 tens 0 fric 0 range nrange Layer2pl zone colorby group4、Interface命令以下是切割模型法生成interface:寺河模拟用的pl zonegen zone brick p0 0 0 0 p1 200 0 0 p2 0 40 0 p3 0 0 4 size 100 20 2 group 1 ;gen zone brick p0 0 0 4 p1 200 0 4 p2 0 40 4 p3 0 0 8 size 100 20 2 group 2 ;gen separate group 1interface 1 wrap first group 1 second group 2interface 1 maxedge 0.5显示interface:plot create plot Plot01plot add surface;显示表面plot add interface red;显示交互面为红色plot show用导来导去法,已经在5.0上运行过,很好,值得借鉴pl zone colorby groupgen zone brick size 3 3 3 &p0 (0,0,0) p1 (3,0,0) p2 (0,3,0) p3 (0,0,1.5) &p4 (3,3,0) p5 (0,3,1.5) p6 (3,0,4.5) p7 (3,3,4.5)group zone Basegen zone brick size 3 3 3 &p0 (0,0,2.5) p1 (3,0,5.5) p2 (0,3,2.5) p3 (0,0,7) &p4 (3,3,5.5) p5 (0,3,7) p6 (3,0,7) p7 (3,3,7)group zone Top range group Base notinterface 1 face range plane norm (-1,0,1) origin (1.5,1.5,3) dist 0.1pl add interfacepauseini zpos add -1.0 range group Top4、hist命令(5.0版本需要加add)hist nstep=5 //设置采用间隔为5 等效于set hist_rep=5hist add id =2 zone szz 0,0,-1hist unbal //最大非平衡力hist add gp zdisp 4 4 8print histhist add gp zdis 0,0,0hist add gp zvel 0,0,0hist add gp ydisp 0,0,0;监测网格点(0,0,0)点的y 方向上的位移hist add zone syy 0,1,0;监测单元(0,1,0)点的y 方向上的应力hist add zone syy 1,1,0;监测单元(1,1,0)点的y 方向上的应力hist add zone szz 0,0,-1List historyset largehistory nstep 2history add fish tthistory add fish thetahistory add zone sxx (1,1,1)history add zone syy (1,1,1)history add zone szz (1,1,1)plot add his 3 4 5 vs 1HI STORY add fish var ;fish var变量的监测5、solve命令什么意思5、plot命令通过图形操作界面的方式:pl zone colorby gr ;查看各个分组通过命令流的方式:plot create plot Plot01plot clearplot add history 1 linestyle color blackplot post plot Plot01 file 127F1002.ps manualplot create plot Plot02plot clearplot add history 2 linestyle color blackplot post plot Plot02 file 127F1003.ps manualplot create plot GravVplot cut add plane dip 90 dd 0 origin 3,4.1,0 ;截面plot set center 3 3 3plot set eye 12 18 12plot add zone plane behindplane on onplane off ;addlabel "Zone" whiteplot add bcont szz ramp greyplot add axesplot post plot GravV file 127F1004.ps manualres kw50plot create plot szz_contourplot cut add plane dip 90 dd 180 origin 0,18.9,0 plot set orient 120 220 0plot set center 45 45 0plot add zone plane behindplane on onplane off ; plot add bcont szz ramp rainbowpl set mag 1.0plot add axesplot showplot create GravVplot set plane dip=90 dd=0 origin=3,4,0plot set rot 15 0 20 ;this would be achieved interactivelyplot set center 2.5 4.2 4.0 ;and is show here simply to illustrateplot add bound behindplot add bcont szz planeplot add axesplot show这样我们就建立了一个叫“Grav V”的图形,将它设为当前图层,对此图形设置一个倾角为90°的面,(在x-y面上,约定z的负方向为下),倾向为0°。

相关文档
最新文档