Hours: 7AM – 7PM Central Time
Days: Monday – Friday
Hours: 7AM – 7PM Central Time
Days: Monday – Friday
Is your model not converging? Don’t know how to do something? Think you found a bug? Fill out the form and we can help! Our engineers use and support Abaqus, fe-safe, Isight, Tosca, CST Studio Suite, Opera, 3DEXPERIENCE, and FEMFAT everyday.
In addition to the Standard Support offering, we offer CAT-PhD Level Support to those who need that next level partner.
CATI offers an annual support service called Priority Help Desk (CAT-PhD). PhD support is an extended support offering that allows a customer to utilize Computer Aided Technology’s support in a much more extensive manner. A greater level of access to support as well as exclusive discounts for services and training are both part of this offering.
You can access our customer support system anytime to initiate a new Support Question or check on the status and update an existing call. You also have access to view license information, CATI custom Support videos. You can also view the CATI training schedule and register for classes.
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Improve your CAE post-processing workflow with simple shortcuts to useful model visualizations, such as view cuts normal to screen, view cuts through datum planes, instant 180° rotations, and more.
This tool automatically selects reasonable legend increments based on the approximate range specified by the user. It also provides convenient access to several settings which are otherwise scattered among CAE dialog boxes, including the numerical format, above max and below min colors, and reversed rainbow. The reversed button also reverses the above max and below min colors, as you might expect.
User subroutines allow advanced users to customize a wide variety of Abaqus capabilities. This document will walk you through the necessary steps to install this functionality.
Our technical manager, Carl, has created this very awesome tool for Abaqus analysts. It parses your .msg file (locally) to help you solve your convergence issues by textually and visually identifying problems for you and proposing solutions.
Carl has also created a very useful tool to take your base units of choice (length, mass, time, and temperature) and give you consistent derived units (force, stress, energy, and power). The calculator will also take units of any system and convert them into your system.
Use the Tool
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General contact in Abaqus/Standard uses the surface-to-surface finite-sliding contact formulation. This formulation can also be used for contact pairs, but it is not the default. The unsymmetric solver (*step, unsymm=yes) is highly recommended to speed convergence for surface-to-surface contact or node-to-surface contact with highly curved master surfaces.
Use a Frequency (normal modes) analysis to verify that a model is fully constrained. All materials will need to have a density assigned for this analysis procedure. Any results with a frequency near zero are indications of an under-constrained model which will show up as NUMERICAL SINGULARITY convergence difficulties in Abaqus/Standard. Animate these modes to visualize the problem.
A simplified test model can quickly help identify many modeling problems in Abaqus/Standard. Consider using linear elements (C3D4 instead of C3D10), linear material properties, and coarser meshes for these initial debugging runs. Set the minimum step size reasonably high so a job with problems will fail quickly.
Note: If you need help installing a different version of Abaqus or help installing on a different operating system, the instructions are different than those below.
The contents of the tar files need to be extracted in a way that allows them their contents to overlap directories. One way to do this is by using 7-zip: select all files, right click, 7-zip “extract here”. You should find a subdirectory named “AM_SIM_Abaqus_Extend.AllOS” with the installation software within.
You will find the license server setup buried within that subdirectory (and many more) at this location: AM_SIM_Abaqus_Extend.AllOS1SIMULIA_FLEXNetWindows641setup.exe
The documentation will need to be installed next, either on a central computer or on each client’s workstation. Once you extract the “2016.AM_DOC_SIM_EstPrd.AllOS.tar” file you will find the documentation server setup program here: AM_DOC_SIM_EstPrd.AllOS1DOC_SIMULIA_Abaqus_fe-safe1Abaqus_2016setup.exe
By the way, the Installation and Licensing Guide, which explains this whole process in detail is located here: AM_DOC_SIM_EstPrd.AllOS1DOC_SIMULIA_Abaqus_fe-safe1Abaqus_2016INSTALL_LIC.pdf
Once the license and documentation are set up then you may begin installing software on the client machine(s). The client programs are currently broken into many separate installers that should be run in this order: AM_SIM_Abaqus_Extend.AllOS13DEXPERIENCE_AbaqusSolverWindows641setup.exe AM_SIM_Abaqus_Extend.AllOS1CAA_3DEXPERIENCE_AbaqusSolverWindows641setup.exe AM_SIM_Abaqus_Extend.AllOS1SIMULIA_Abaqus_CAEWindows641setup.exe
For additional installation help, contact us using the form at the top of the page.
Abaqus release notes are substantial documents full of useful information. They are the place to learn about new features, new conveniences, and new performance upgrades. These release notes are well organized so you can easily navigate to what is relevant to you, so be sure to give it a look!
|1. Visit help.3ds.com and log in.
2. Pick a SIMULIA year from the pulldown menu.
3. Click for SIMULIA/Abaqus products.
|4. Expand Abaqus.
5. Click Release Notes.
CAD data (preferred format is Parasolid, STEP, IGES, or CATIA), material information, and loading scenario. We can create a secure FTP or use your organization’s file transfer methods. Be prepared with clean, complete, up-to-date data, and we can get started without delay!
At minimum, a yield strength, ultimate strength, and elongation at break, as this trio allows us to create a “three-point curve” for simple project analysis. This is sufficient for many use cases, although proper stress-strain curves are, of course, preferred.
From there, what is necessary will depend on the type of analysis being done. Temperature is often a consideration, in which case temperature-dependent stress-strain curves, thermal expansion, conductivity, specific heat, etc., become essential for accurate simulation.
FEA solvers can get extremely advanced with material modeling when necessary!
CATI mostly uses Abaqus for mechanical simulation, fe-safe and FEMFAT for fatigue simulation, 3DEXPERIENCE and Xflow for CFD simulation, and Isight and Tosca for process automation and design optimization. However, we are also very comfortable with LS-Dyna, Nastran, and Optistruct, and have done solver results correlation studies.
We primarily use Abaqus/CAE and HyperWorks for modeling and reporting, depending on the analyst, the client, and the specific task.
It’s hard to answer this in general terms, but at the extremes, the simplest analyses can be conducted in less than a week, while comprehensive analyses of large assemblies can take a month or two to develop and execute. Most things, of course, fall in between.
When a project analysis can be structured and staffed with repeatability in mind, it becomes a very wise investment, as turnaround time for new iterations and product variations can get much faster.
That’s up to you! Typically, we deliver results in a PowerPoint presentation on the CATI template. However, we can use your own company templates, and we can produce Word documents or PDFs if preferred. We like to close a project with a screenshare meeting during which we can answer your questions and interactively explore the results in 3D, but we can also do face-to-face meetings with you and/or your customer. We can also send you our input decks and results databases, including standalone H3D viewer files.
A typical FEA project budget could range from a couple days and a couple thousand dollars, to several months or years and hundreds of thousands of dollars. On our end, we try to keep services cost down by leveraging global partners, investing in high-performance computing, and being as capable and efficient as possible with our CAE tools.
Either, depending on the project and on your preference. Assignments with well-defined scope and short-term timelines can often be quoted on a fixed price basis. Projects with developing scope (i.e. scope and direction of subsequent steps depends on outcome of prior steps) and/or long-term timelines are often quoted as T&M. We also consider what your quoting preference is and work to accommodate that. Please contact us if you’d like to talk about fixed price vs. T&M in more detail.
Abaqus 2019 supports the following:
This really depends on what you’re trying to run. Our absolute minimum would be 4 CPU cores (WITHOUT hyperthreading), 8 GB of RAM, a 1 TB hard drive, and an Nvidia GeForce for pre-/post- (NOT compute).
These are by no means recommended specs – do not make a hardware purchase without consulting us to discuss your individual needs, as they will dramatically affect your ideal hardware configuration.
Contact us to have a discussion and benchmark your analysis. With the right information, we can optimize your ROI on this significant software/hardware purchase.
Visit our CST hardware requirements page for detailed answers.
The GA release is the initial release of a specific version (year). Cumulative Fix Packs may be optionally applied once the GA is installed; the FP number corresponds with the time of date of the revision. For example, FP1923 was released in the 23rd week of 2019.
The HF number is a sequentially increasing revision number, similar to the old “dash” number. The Fix Pack Table found in the online Program Directories shows the conversion between this FP number and the HF number.
Since Abaqus 2017, we do not recommend the locally installed HTML manual due to severe restrictions in its search capability. Visit 3DS Help and choose a version that ends with the word “SIMULIA”, or just click here for the 2020 version.
There are still PDF versions of the manual available for download as Knowledge Base articles. Start with this pre-entered Knowledge Base search.
Efficient, effective FEA begins with a thoughtful modeling process.
There are many scenarios in which analysis can benefit from intelligent, careful Caelynx modeling. Our FE models are appropriately meshed to purpose with maximum performance in mind, and well-organized so any analyst can use them.