Multiscale.Sim coupled with Ansys Granta MI, offers a superior and faster solution to overcome your materials challenges ⇒ Read the article on Ansys Website
Multiscale.Sim introduces a new analytical technique that predicts the performance of ASSB more accurately. Curious to learn how this approach can transform the EV landscape? ⇒ Read the article on LinkedIn
Multi materials support in microstructure modeling and a new interface for drape simulation ⇒ Release Notes
What's New
Multiscale.Sim offers powerful microstructure modeling capabilities and it's been one of its unique and most sought after features for a long time. This version update brings most anticipated multiple material support for microstructure modeling.
Multiscale.Sim 2022R2 version is now available globally.
Multiscale.Sim is an add-in tool for the Ansys Workbench environment (it's also compatible with Ansys Mechanical APDL). It can help to predict materials behavior using virtual material testing without having to rely on costly and time-consuming physical testing all the time. The software includes a templates library to easily create microstructure of materials. It's available in English and Japanese UI.
Join Synopsys Simpleware software, CYBERNET Multiscale.Sim, and Shimadzu Corporation for a webinar on Thursday, October 13th, 2022 on composite material analysis integrated actual testing and CAE.
Join the Simpleware Product Group at Synopsys and nTopology for a webinar this month on automated segmentation and design workflows for patient-specific surgical guides.
I would like to try Code Aster or Salome Meca FEM on MS-Windows. The problem for me is that I can't find a document that gives an overview of what each part does.
I am used to ABAQUS that comes together with "CAE" for creating input files and visualising the results from an "Output DataBase" (ODB). I have used the ABAQUS solver separate from CAE for some problems that it cannot create (I used Matlab to write the input file) so have no problem with the idea that different bits of code do different things.
Synopsys are running a webinar this month on using AI medical image segmentation in Simpleware software to scale-up patient-specific workflows, save time, and free up staff resources. Highly recommended if you haven't yet had a chance to review the tools in Simpleware software.
Synopsys are running a webinar this month on highlights of the Simpleware T-2022.03 release, including new anatomies for its AI segmentation tools, 2D contour measurements, and improved 3D printing workflows. Learn more and register at:
The Simpleware Product Group at Synopsys are running a webinar on March 2nd on using AI solutions to lift the burden of manual CT inspections for turbine blades.
I have managed to adjust a material property to get the best fit to the experimental response using fminsearch in MATLAB, but I lost access to free MATLAB so I have to use something else. I like Scilab, it works for everything I did with MATLAB except this.
Scilab throughs and 'invalid handle' error when executing:
dos('abaqus cae -nogui response.py','-echo');
at the line inside response.py:
Job.submit(consistencyChecking=OFF)
It seems that Scilab opens a dos shell to execute abaqus but 'response.py' has this line inside it:
I have differenet layups for cantilever beams. I run the static riks test from the eigen value in the first software ,giving values of initial arc increment of 0.005, mimumimum arc length increment as 1E-35 , maximum of 1000. The static riks gives good results for the notional loads for layup 30 -30 30 -30. However, keeping all other parameters same but for a different layup 30 -30 -30 30 ,the values from the staic riks are very very far from the experimental results.
Anyone looking for a quick introduction to patient-specific modelling for orthopedics should take a look at this new webinar coming out next Wednesday, December 1st, from the European Society of Biomechanics and Synopsys - details below:
Synopsys are running a webcast with Dr. Daniel Wiznia of the Yale School of Medicine this November 2nd - it will cover how Simpleware software is used for personalized treatments being developed using different 3D clinical image analysis techniques, including 3D printing.
If you're a user of Simpleware software, or want to know more about it, I recommend the new release webcast this week: Simpleware S-2021.06 Release: Highlights of New and Improved Features:
Our presentations at the School on Advanced Topics in ComputationalMechanics(part of the UK Association of Computational Mechanics 2021 Conference) are now available on the MoFEM YouTube channel (link).
This is a C code based on Jaswon and Bhargava for 2-D solution for the Eshelby problem. Please feel free to write to me in case you find any errors. I am sharing this code under GNU GPL license. In order to upload the code, the file extension is given as txt. Once you download the code, remove the .txt and keep only the .c extension. The command
Check out this webinar on the AI-enabled segmentation and landmarking tools in the latest release of Simpleware software - ideal if working with orthopedic and cardiology medical image data and you want to speed up tedious segmentation.
Hi, everyone. I am considering the heat conviction during compacting simulation by Abaqus. I was wondering that how to define the sink temperature and film coefficient? Is there any references for the two parameters of different materials?Thank you so much for your help in advance.Sincerely
If you want to improve your knowledge of Simpleware software, Synopsys are running four interactive sessions this month - recommended if you want to catch up on image-based modelling.
Join us for this webinar on Wednesday, May 20th, where we'll be looking at methods for identifying part defacts using Simpleware software.
We'll look at an example of working with a machined simple hole plate (usually used for CT calibration) to focus on tools useful for Non-Destructive Testing (NDT) and the production of manufactured parts. We will show automated tools for segmentation and correction, as well as surface deviation, shape fitting and measurement tools.
Learn more about how to take part in this webinar.
You are welcome to join this webinar on implant selection and positioning in Simpleware software. The 15-minute webinar shows some of the recent developments we've made in selecting and positioning CAD implants within computed tomography (CT) image data.
The webinar will look at the case of a CT torso scan to discuss different measurement techniques in Simpleware ScanIP, and how to create orthopedic models for 3D printing, Finite Element Analysis, and CAD.
You're invited to a webinar run by Synopsys Simpleware on April 22nd, where new trends in 3D image-based reverse engineering and medical additive manufacturing will be explored. The webinar will also look at a recent project with Nikon Metrology, Thornton Tomasetti, and 4WEB Medical.
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