Ansys Structures

It's here! Ansys Mechanical 2024 R2 is now available for download. Watch the video below to see a few of our top new features and capabilities, including: 1) NVH Workflow: Integrated Tools for Noise, Vibration, and Harshness Analysis 2) Enhanced Pretest Calculator: Efficient Sensor Placement 3) Energy and Mode Contributions: Detailed Response Analysis 4) New Fluid Penetration Pressure Loading: Accurate Sealing Simulations 5) Body Merge Feature: Simplify Complex Geometries 6) Iterative Solver Settings: Boost Performance for Large Models 7) Enhanced Resource Prediction: Customizable Core Usage Click here to see the whole video: https://ansys.me/3WybBtv Don't miss out on the latest enhancements that will take your simulations to the next level. Head over to your Ansys portal and download the 2024 R2 release now!

In general, forming processes are composed of several mutual depending process steps, such as pre-forming, trimming and the final forming. Each step changes the stuctural properties, via, e. g., damage, sheet-metal thining and material hardening. Thus, at best, a holistic simulations needs to account for all the individual steps, thereby, transfering the resulting properties from one stage to another in a single simulation model. Ansys Forming helps you to set up complex multi-stage simulation models for LS-DYNA and to analyse the simulation results.

Miss out on last month's 2024 R2 Ansys Sherlock Webinar? Watch it on-demand here! Discover the latest advancements in Ansys Sherlock and Electronics Reliability - https://ansys.me/3BFKa9d

Did you miss our "Optimizing NVH Performance with Ansys' Advanced Solutions" webinar? Not to worry, you can now catch the recording on-demand here: https://ansys.me/3BX7MpS Watch on-demand to hear about our new, exciting features in the NVH workflow for our Ansys Mechanical 2024 R2 and learn more about: 1) Simulation Capabilities: predict and mitigate noise and vibration issues in various applications 2) Integration and Interoperability: how Ansys NVH solutions integrate seamlessly with other engineering tools and platforms to enhance productivity 3) Case Studies and Real-World Applications: insights from industry case studies demonstrating the effectiveness of Ansys NVH solutions 4) Optimization Techniques: strategies for optimizing designs to achieve superior noise and vibration performance #ANSYS #NVH #engineering #MechancialEngineering

Ansys Transportation Summit Save one of the last seats and register now for the 2024 International LS-DYNA Conference on October 22-23, 2024 in Plymouth. Michigan. With more than 150 technical presentations, keynote talks from renowned speakers and numerous experts from around the globe the conference is the central event for simulation with LS-DYNA in the world. We are looking forward to your registration.

In Ansys Sherlock 2024 R2, we have several workbench updates: State Awareness: When making certain model updates in Sherlock, Ansys Workbench will update the state of affected downstream systems to reflect that they are now out-of-date. Additionally, PCB transformations performed in Ansys Mechanical can now be automatically tracked and leveraged by the Workbench Sherlock (Post) system. These features will help users to reduce manual data handling, streamline their workflows and improve simulation accuracy and efficiency. To learn more, watch the full video on YouTube here: https://ansys.me/4eD7Jy2

Complicated geometries often pose a real challenge when it comes to meshing, making it nearly impossible to determine the right mesh sizes beforehand. As a result, meshes might fail to capture critical stress and deformation fields during analysis. This is where Ansys Mechanical’s Geometry Preserving Mesh Adaptivity (GPAD) steps in: 1) It leverages Ansys’s powerful meshing capabilities and nonlinear adaptivity. 2) Automatically refines the mesh to the initial geometry, rather than the mesh boundaries, to adaptively enhance solution accuracy. The outcome is precision and accuracy, no matter how complex your geometry may be. #Meshing #Engineering #Innovation #StructuralAnalysis

Large deformations are challenging for any simulation software. LS-DYNA provides several approach to tackle these. In the this simulation, the Element-free Galerking (EFG) together with remeshing strategies an implicit time-advancement scheme was used to ensure a smooth and efficient simulation experience.

Join us for an exclusive webinar showcasing the latest innovations in additive manufacturing from Ansys Additive 2024 R2. Attendees will also learn about our strategic partnership with Materialise, which integrates advanced software solutions to streamline workflows and improve accuracy. Registration link: https://ansys.me/3zxfNRX TIME: October 9, 2024, 11 AM EDT

We're happy to announce that the Adaptive ISPG ACT for LS-DYNA is now available on the Ansys App Store! What is Adaptive ISPG? Adaptive ISPG (Incompressible Smooth Particle Galerkin) is a technology, developed by Ayush Kumar and Hrushikesh Mapari, and released with LS-DYNA version R15 that tackles complex free-surface flow problems involving viscosity, surface tension, and contact angles in liquid. It’s especially powerful for challenges like solder reflow, thermal gel dispense and spread, adhesive flow, and compression molding—applications which can be challenging to traditional CFD solvers. Key Benefits: 1) Seamless simulation set-up & solving directly within the user-friendly Ansys Mechanical interface 2) Fast ramp-up for existing Mechanical users 3) Easy to follow documentation, training, and examples to ensure a shallow learning curve for new users Use Cases: 1) Solder Reflow & Defects 2) Adhesive Flow Problems: -Thermal Gel Dispensing & Spreading -Epoxy Die Attach Process 5) Underfill Simulation 6) Compression Molding Check out the Adaptive ISPG extension now on the Ansys App Store! #Ansys #engineer #mechanicalengineer #innovation