Oasys LS-DYNA Environment’s Post

"When you are doing a lot of work on very big models, there's no other software that compares with it." Hear from long-time user of the Oasys LS-DYNA Environment, David Norman from Polestar, on his experience with Oasys D3PLOT and Oasys T/HIS, the only post-processors that can fully #interface with and #elevate Ansys LS-DYNA and Oasys PRIMER results to the next level.   🌟 Streamlined and #effective software to visualise, interrogate, and report results. ⚙️ Advanced #automation capabilities that #simplify processes and reduce downtime.   Find out more and reach out to our team to begin your #Oasys journey: https://lnkd.in/ekSSG8Sm   #engineering #simulation #lsdyna #oasyslsdyna #visualisation #cae #software

Hello, friends. Watch this video to learn how to compute the magnetic part of Lorentz Force in Ansys Maxwell magnetic solvers. Use a force parameter to allow the software to compute it for you, or apply vector field expressions integrating JxB using the Field's Calculator. View the blog using the link below for more details. https://lnkd.in/ekFn9Hia https://lnkd.in/eNdxAEHF

Did you know EikoTwin DIC was compatible with Ansys? As an official Ansys partner product, EikoTwin DIC benefits from a seamless interface with Ansys Worbench. Just watch this video to see how easy it is to measure displacement and strain fields from on an Ansys mesh and export them to the Workbench interface. EikoTwin DIC is a mesh-based DIC software. It uses your simulation mesh to extract strain fields from test images and better compare experimental results to Finite Element models. Discover more here https://lnkd.in/e9WmeCt3 Video credit and development Alex Chang. Thanks Pernelle Marone-Hitz & Sebastien Allibert for making this possible. #Ansys #EikoTwin #simulation #validation #DIC

#cfd software can analyse the fluid #sloshing 〰️ . Every time there is a tank and the content does not completely fill the internal volume 🚰 , the presence of external acceleration can generate huge forces on the tank external boundaries ❗❗ . #cfd software such as #openfoam can simulate this fluid behaviour and predict the force and pressure which may impact your design 📐 . Simulation performed using https://cloudhpc.cloud remote hardware to speed up the analysis.

#cfd software can analyse the fluid #sloshing 〰️ . Every time there is a tank and the content does not completely fill the internal volume 🚰 , the presence of external acceleration can generate huge forces on the tank external boundaries ❗❗ . #cfd software such as #openfoam can simulate this fluid behaviour and predict the force and pressure which may impact your design 📐 . Simulation performed using https://cloudhpc.cloud remote hardware to speed up the analysis.

A fundamental part of any #cfd analysis is the #mesh quality 🆗 you can generate. On #cloudhpc (https://cloudhpc.cloud) you can generate 🎞️ mesh using among the others: - snappyHexMesh - netgen - cfMesh+ (license on demand) - gmsh Register now to try it!

A fundamental part of any #cfd analysis is the #mesh quality 🆗 you can generate. On #cloudhpc (https://cloudhpc.cloud) you can generate 🎞️ mesh using among the others: - snappyHexMesh - netgen - cfMesh+ (license on demand) - gmsh Register now to try it!

🎉 Exciting News in the CFD World! We got v2406 from OpenCFD Limited ESI Group today🎉 Get the latest official version of open-source OpenFOAM software released today! OpenFOAM v2406 is here, and it brings a host of new and exciting features, performance improvements, enhanced documentation, and valuable contributions from the OpenFOAM Community. At Codeynamics, we are thrilled to announce that we use ESI OpenFOAM and are very excited to dive into OpenFOAM v2406. This much-awaited release promises to elevate our CFD capabilities, allowing us to push the boundaries of fluid dynamics simulations even further. Here’s what you can look forward to in OpenFOAM v2406: 🚀 Enhanced Performance: Faster and more efficient simulations 📚 Improved Documentation: Easier access to comprehensive resources 🛠️ New Features: Cutting-edge tools for advanced simulations 🌐 Community Contributions: Innovations and improvements from the global OpenFOAM community We can’t wait to explore all the new features and enhancements this version has to offer. Our team at Codeynamics is already gearing up to integrate these advancements into our projects, ensuring we stay at the forefront of CFD technology. Stay tuned as we share our experiences and insights with OpenFOAM v2406. Let's embark on this exciting journey together and continue to innovate in the world of computational fluid dynamics! Check out the official release here: [OpenFOAM v2406 Release](https://lnkd.in/dMvFbFtU) #official #opensource #OpenFOAM #CFD #software #v2406 #documentation #contributions #OpenFOAMCommunity #engineering #technology #simulation #computationalfluiddynamics #mechanicalengineering #Codeynamics #cfd #computationalfluiddynamics #engineeringmind #mechanical #aerospace #chemical

CFD Hardware – so you have your CFD software, but where do you go to get your hardware? One of the issues when purchasing hardware for CFD is that often it isn’t optimised for CFD simulations. This results in having to purchase hardware that is much more expensive and powerful than is required. At bramble we bridge the gap between hardware and CFD. Balancing cost and performance gain, giving fast solves without going overboard on specifications. Choose from bramble’s hardware bundles, or request a bespoke quote specifically tailored to your CFD needs. https://lnkd.in/e6SHirCM 📞 Or call us on: +44 (0)1327 630 301 #SiemensStarCCM+ #fluent #CFD #hardware #clusters #engineers #simulationsoftware #cadence #openfoam #bramble

Many of today’s commercially available #FEA software packages can’t conduct complicated #multiphysics simulations. It’s a good thing that Jōb uses industry-leading #Ansys software to make these kinds of studies possible! Learn more about how we embrace the latest technology to deliver the best results for our clients: https://bit.ly/488sKgg. #engineeringyourfuture #engineering #finiteelementanalysis #computationalfluiddynamics #CFD #CFDmodeling #engineeringsimulations