into the Abaqus > input file. The inequality conditions are used to address an issue which is > discussed later. > > % Define column ranges for X, Y, and Z faces > col_ranges

nodes to abaqus or a sub-section of the surface (including both nodes and triangles)? with your below code, does it work? what was the issue/error? what do you mean by "not integrated

input into Abaqus for > mechanical behaviour tests. > > Since the result of FEM is mesh size dependent. I would like to have a > good-quality of meshes to reflect the actual

looks like Abaqus assumes the node orientation of the tet is different from iso2mesh – iso2mesh assumes the node orientation so that it's volume is positive, looks like Abaqus

checked the Abaqus input file and it does not > contain the label columns in the "node" and "elem" > variables. I also checked the volume of the > tetrahedral

export to ABAQUS, but I have some issues: if you look into the mat file sent earlier, there are small voids inside the material but the meshing procedure is unable to capture the fine details

> did ABAQUS complain about the volume or the surfaces? > > if you want to get consistent orientations for the surface, you should use > > elem=meshreorient(node(:

for example abaqus, I got the error that several elements have negative jacobians, while the plotted mesh looks actually OK.... Has anyone encountered this kind of error before? regards

mesh to abaqus is very useful.Thanks >> for the tool.Can any one explain with example the mesh2abaqus function? >> > I am facing problem in input for the functions that

Hi Qianqian, recently, here raises another issue about the 2D mesh. detailed problem description is illustrated in the attached figure. in general, the

to my Abaqus model using a 10-node tetrahedron, and iso2mesh using a 4-node tetrahedron. But even then I should be able to simple remove the unneeded nodes from my node array. Doing so

model(abaqus input file), from which I > extracted all the node co-ordinates(v) manually. Also, I extracted the surface > patches of the volume using the function 'volface

later in ABAQUS. > > But the resultant mesh has the faces non-straight, so there are gaps > if I mirror the mesh in ABAQUS. Please see the screenshot below that > shows the

comsol, abaqus, anasys). Qianqian > > Thank you for your answer. > -- > You received this message because you are subscribed to the Google > Groups "iso2mesh-

> with Abaqus. The simulation aborted due to the following error: > > Error in job APTrecons_GGp_importedMesh: The volume of 60 elements is > zero, small, or negative

it in abaqus format using > mesh2abaqus function and imported it in febio. While every domain > inside the bounding box is differentiable and i can give different > material

such as Abaqus)? >> >> Any help you can offer would be greatly appreciated. >> Jenna >> >> On Wednesday, October 29, 2014 at 12:13:16 PM UTC-4, Qianqian

in the ABAQUS inp file. ( I have a function which > creates boundary node sets that identifies all the nodes on the 6 > boundary faces of a rectangular prism.) this should be a good

Hi everyone, I´m currently working on my bachelor thesis "Workflow for construction of 3D volume

It supports abaqus format so i use an external script > mesh2abaqus to export the mesh in *.inp format. However I have > problems too with negative Jacobians. I tried to use the

mesh into abaqus format. I tried the following script: > > %------------------------------------------------------------- > for i=1:256 > test_f3(:,:,i)=imread

ANSYS/Abaqus. From what I have understood, .stl files are > surface meshes which can be converted to volumetric meshes using > Iso2Mesh. I have written the following code to

Hello, I downloaded you iso2mesh toolbox, which works great but I really need some help if you can. I

On 04/24/2013 07:21 AM, Martin Vogt wrote: Hi Qianpian, It looks like there is a difference between

imported to Abaqus. The input that I'm using is a 3D binary array > which I've obtained from a different Matlab code (that basically creates > the 3D array based on a full

not using abaqus at this point. > >> Just wondered if you had considered implementing cgal's different >> sizing field for different subdomains? > > yes

Hi All, Getting on well with the cgalv2m using the liver.inr data from the cgal website. One slight

Hi Qian qian, Happy New Year! I hope 2013 has started well for you :-) I've been using iso2mesh

SOILS in Abaqus standard. Creep and swelling effects can be modelled, but you may need to write a CREEP subroutine depending on complexity. Section 6.8.1 "Coupled pore fluid

On 10/01/2012 08:05 AM, Dipnoi wrote: Hi Qianqian, just want to say thanks first for a great freeware