Ansys Structures’ Post

✴ Get the Exclusive feature in nanoCAD 23: Bounding Prism by Selection! ➡ This innovative feature is a powerhouse of accuracy and efficiency. Based on the selection you made earlier, it creates a bounding prism that encircles the items you selected in proportion to their total area. How does it operate? ◼ Choose your items. ◼ MCLIPBYSELECTION command use ◼ And it's done! It produces a perfect bounding prism. Would you like any modifications made? Not an issue! Use the MCLIP command to adjust the prism as necessary. Watch the video to see it in action. Instead of just being a tool, this feature will become your new design precision partner. 🔽 Try it out in nanoCAD 23 to see the difference for yourself! https://lnkd.in/dehUzjht ☎ Call us: +880 1317783057 📩 Mail us: contact@nanocad.com.bd #cad #cadcam #CADSoftware #nanoCADModules

🚀 Introducing HyDesign's Integrated Meshless Linear-Elastic Structural Simulation: ⚡ Lightning-Fast: Run simulations directly in HyDesign, no meshing required 🔬 Precise: Static linear-elastic stress-strain analysis 💻 Seamless: Design and simulate in one intuitive interface 🔮 Future-Ready: First step towards full multi-physics simulations Here, we imported a bracket, infilled it with TPMS structure, set boundary conditions for simulations, refined the boundary geometry, simulated the part, and viewed the simulations results all in one design application. You can do it too! Try it free: https://hyd.sg/linkedin #3DPrinting #Hyperganic #HyDesign #AdditiveManufacturing #LatticeDesign #ForwardAM #Ultrasim3D #DesignInnovation #Simulation #Engineering

The journey of micro-LED optimization begins with a foundational understanding of stack simulations. As a 1D analytical tool, stack simulations offer a preliminary glance at the optical behavior across layered structures of micro-LEDs. Ideal for initial analyses, these simulations provide quick insights into the light emission and interaction within straightforward, layered geometries. #ansys #ledengineering #leddesign #microled Elevating Micro-LED Design: The Synergy of Stack and FDTD Simulations https://hubs.ly/Q02zyxh70

In nTop 5, users will have access to a new integration with Hexagon Manufacturing Intelligence scSTREAM for rapid CFD analysis that can handle high-performing, complex geometries with minimal manual intervention. The combination of scSTREAM and nTop Core relies on a direct data transfer technology for implicit models that avoids the need for users to simplify or compromise their design integrity. This makes it easier to incorporate CFD simulations earlier in design. The resulting combination enables users to perform 10x more simulations to help optimize their thermal design. Learn more here: https://ntopolo.gy/855 #nTop #AdditiveManufacturing #3DPrinting #CAD #Engineering #ComputationalDesign #EngineeringInnovation #ProductDesign

This nTop announcement is a big deal for engineers who rely on topology optimization and fluid dynamics in design for additively manufactured products like heat exchangers. Engineers waste many hours cleaning up STL files, waiting for the mesh, and waiting for heavy transient simulations to run. This direct integration between nTop and Cradle CFD yields extremely fast geometry import (seconds instead of hours) and fast simulation with the same level of accuracy. Why put all your energy, time, and computing power into a single simulation when you could get results much faster and conduct an entire design of experiments in the same amount of time? Amazing work from nTop, Cradle CFD, and industry partners!

Most designers do not think about this …   But the location of the body in the dynamic simulation model and location of the nodes in the body mesh is important. Making sure that bodies and nodes positions are consistent requires time and mental energy. It is a non-trivial, and – let’s be honest – annoying task.   State-of-the art dynamic simulation software should be able to do better. This is why AVL EXCITE™ M follows a new modeling approach, preferred by engineers. This new approach includes automated repositioning of the model based on the given geometry, boundary conditions and connection nodes.   Read more: https://lnkd.in/d_Qk22K9  #cad #simulation #electricvehicle #edrive

Extended sintering models for the simulation of embedded SiC chips The recent Fraunhofer-internal project MESiC dealt with the development of a new concept for the design of power electronics modules using SiC, which has a number of advantages, e.g. an increased temperature stability. Part of this concept is the embedding of a SiC chip in a multi-layer LTCC (Low-Temperature Cofired Ceramics) tape, which also includes various channels and connections for electrical and heat conduction. The simulation of the sintering process requires sophisticated material models that reflect the anisotropic and highly history dependent sintering behaviour of both the tape and the Ag-based paste for the conducting channels. The picture below illustrates the complex sintering behaviour (solid) and the model results (dashed) for an experiment with uniaxial load of the two materials (right). The peculiarities of the behaviour like swelling of the Ag-paste and secondary softening of the LTCC tape have been implemented as a user material in Abaqus.The animation on the left shows the co-sintering process for embedding the SiC chip with the relative density as colour code. The image on the bottom illustrates that the model (correctly, as seen in the experiments) predicts a gap between the chip and the housing that results from the pressure developing in the enclosed gas there. More about our work on modeling powder technological processes at https://lnkd.in/eUS7Tdju #FraunhoferIWM #FEM #sintering

JMAG-Designer Ver. 23.2 was released. JMAG is being developed to automate design. To this end, Ver. 23.2 has even more improved functionality. In order to achieve automated design, Ver. 23.2 has even more improved functionality. Improved performance of optimization calculation Efficiency CPU usage achieves an average of 75 % (750 times faster on average than one job at a time) when 1,000 optimization jobs are distributed, and dimension ranges are derived within 15 minutes that allow exploration of large areas while preventing shape breakdowns. You can explore the design space at high speed, making efficient use of computational resources. Create surrogate models JMAG can create surrogate models using the results of JMAG calculations. Surrogate models created in JMAG can be used in third party applications. As one example of how surrogate models can be used, you can perform AFM sizing. You can instantly get the AFM geometry that meets your motor power and voltage requirements. JMAG-Express JMAG-Express can evaluate motor windings for dielectric breakdown. The ability to evaluate for dielectric breakdown simultaneously with efficiency maps, temperatures, and stresses means that a more multi-disciplinary evaluation can be done earlier in the design process. Thus, you can reduce design rework. JMAG-RT An open-end winding model of WFSM can be created in JMAG-RT. You can use the circuit and control simulator to study the control of open-end winding motors, not only PM motors, but also WFSM. The extended applicability of JMAG-RT allows you to proceed with the design process for open-end winding motors while maintaining system compatibility. We hope you will take advantage of the new JMAG. #JMAG #Releas

We had such a good turnout and participation the first time, we are doing it live again ❗ ➡ Make sure to register for a live re-presentation of a webinar on June 6th. Jonathan Varner, P.E. is offering two identical 30 min. sessions at 9am and 4pm CET. 9am CET: https://lnkd.in/ecvPacg2 4pm CET: https://lnkd.in/eB3_Yk89 Join this webinar and learn how to review a completed concept design example and move directly into a high quality surface creation for the draw process design. #simulation #digitalengineering #webinar #cad

With this optimized design of a screen mount, we look to increase stiffness by isolating parts of the body. With Subdivisional Modeling in Ansys Discovery, we do a proportional pull with an expanded selection to increase the diameter of the parts. Re-running the simulation, we can instantaneously see improved results. Ready to try out Sub-D in Ansys Discovery? Request your own 30-day free trial: https://ansys.me/3Hn2NON #engineering #innovation #technology #CAD #simulation #ANSYS