Helping design and engineering professionals discover, evaluate and specify technologies and processes that shorten the design cycle and enable success.
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DE Guest · January 22, 2020 · …know it. It’s a fully-fledged competitive advantage that empowers engineers and puts companies ahead of the game. But what’s driving the rapid uptake in this new process and what does it bring to the table? The Old Guard and the Young Buck Traditional manufacturing has for a long…
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Beth Stackpole · January 28, 2019 · …ready for “Level 4” fully autonomous vehicles quite yet, he says it’s important to include base capabilities as part of the core platform. “It’s important for us to have a strong foundation that will enable development not just for this vehicle, but for the future,” he explains. “If…
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DE Guest · May 1, 2018 · …simulation is because it’s fully embedded into Solid Edge. That meant a tremendous amount to me. With this combination, I can focus on analyzing the details of temperature distribution and run different scenarios early on while I’m designing “frontloading” CFD as they say. I can quickly modify and…
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Beth Stackpole · April 1, 2016 · …GRID VDI solution is fully tested and supported by a number of leading ISVs (independent software vendors) ensuring that users get the same graphics performance in a virtualized environment. Image courtesy of NVIDIA.There are other limitations to the traditional local workstation model when it comes to engineering collaboration.…
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Beth Stackpole · November 1, 2016 · …and $6 billion for fully autonomous units.Proponents are bullish on autonomous vehicle technology for a variety of reasons, including its ability to increase driver safety and comfort, reduce accidents, prevent traffic congestion and even cut back on emissions. For example, platooning—a type of autonomous operation where a convoy…
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DE Editors · March 1, 2015 · …launcher, SABCA developed a fully electrical thrust vector actuation system 〈electromechanical actuators, control, power electronics and the associated software〉. This system is based on a proprietary SABCA microprocessor hardened against space radiation. It will operate in a vacuum at very low temperatures and have to withstand the heavy…
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Kenneth Wong · August 1, 2010 · …software applications developed to fully harness its horsepower. Making distributed computing a painless process may be one way to allow ordinary CAD users to tap into the idle cores. More Info: HSMWorksIntelHP Kenneth Wong writes about technology, its innovative use, and its implications. One of DE’s MCAD/PLM experts,…
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DE Editors · September 1, 2015 · …period before it becomes fully operational and functional. It was during this phase that MAN realized how ESI’s IC.IDO was more than just a virtual assembly planning tool. It was a collaborative and communicative platform where different stakeholders could share their knowledge and expertise.Once all the new users…
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Anthony J. Lockwood · February 1, 2007 · …Analysis, Inc. (NAI; Chandler,AZ) fully integrates the thermalanalysis features of SINDA/G with the FEA (finite element analysis) pre- and post-processingcapabilities of Patran from MSC.Software (Santa Ana, CA). The SINDA/G for Patran plug-in allows for the seamlessintegration of the two programs with all major functions of bothsoftware programs supported,…
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David Cohn · July 1, 2016 · …drive, we received a fully-loaded version equipped with the same 2.8GHz Intel Xeon E3-1505M v5 Skylake processor, a 15.6-in. version of the gorgeous 4K UHD (3840x2160) IPS (in-plane switching) display panel, 16GB of 2133MHz ECC memory and a 512GB SSD (solid-state drive) PCIe-MVMe. Our ThinkPad P50 even included…
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jlychalk · July 17, 2024 · …Our LMS platform is fully equipped to enable manufacturers to develop custom course content based on their internal best practices. Our elearning library carries a wealth of courses around the most in-demand content in the Manufacturing industry—including AutoCAD, Inventor, and SOLIDWORKS—and it grows each month, with new courses…
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DE Editors · February 1, 2013 · …However, the graphical diagram fully abstracts all of the underlying mathematics—and diving into the equation level is completely optional if you are just looking for simulation results. In that case, the tool will automatically generate the entire set of equations for the system diagram (in general, these will…
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Tony Abbey · August 1, 2017 · …the young engineers had fully explored the process and interface. The last day became a technology transfer session as we sat down to expand on the methodologies and see how they could be implemented at SpaceX. This was in the very early days for the company. Instead of…
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Anthony J. Lockwood · February 11, 2015 · …launch announcement. “And by fully leveraging the capabilities of this new release, they can unlock the promise within their products.”For further details on the ANSYS 16.0, visit ANSYS.Watch a video to see how smart shape optimization is possible with ANSYS adjoint solver.Watch a video to see how to…
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Mark Clarkson · March 1, 2007 · …Professional 3600/3050 chipset, is fully exposed. Each dual-core Opteron processor has its own towering heat sink and dedicated fan. The RAM slots are now enclosed in their own little corral with a dedicated fan on top. Everything is exceptionally clean and neat.There are none of those hydra-headed power…
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DE Editors · January 25, 2012 · …system simulation using a fully integrated set of tools. ANSYS has upgraded the graphical user interface for its ANSYS Icepak 14.0 CFD software for electronics thermal management. Image courtesy of ANSYS, Inc. Far field antenna pattern of 8x8 antenna array solved with the new antenna array analysis capability…
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Brian Albright · March 27, 2019 · …for commercial operations, and fully autonomous in military applications. Both designs are in the same class as the Cessna 208 Caravan aircraft and other vehicles, and FAA certification of the Rhaegal could come as soon as 2023. Use of CAD and Simulation Software The company did finite element…
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Tom Kevan · April 4, 2018 · …parts, but few have fully embraced the technology. Why the reluctance? Most 3D printers are too expensive, too complex to operate, and cannot be deployed close to development and production teams because of safety and health risks.Enter the Benchtop Metal 3D PrinterA vanguard of developers, however, has begun…
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Brian Albright · March 24, 2022 · …Additive Toolkit (with a fully native GPU kernel) for improving 3D printing workflows, which directly imports CAD design files and uses the data to drive additive manufacturing processes. Live Sinter software from Desktop Metal leverages the GPU to simulate the deformation of parts during sintering. The Digimat software…
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Kip Hanson · November 1, 2021 · …our mindsets somewhat to fully leverage GPU,” says Middlemiss. “For instance, you can’t just plug in a project and get to work, but must instead make sure that the pipeline is set up properly to assure a smooth, end-to-end data flow. Once you master GPU, however, it definitely…
Digital Engineering June 2026
In the latest issue of Digital Engineering, we focus on automotive design innovations, including light and sound simulation, additive manufacturing applications. Our editors head to NVIDIA GTC and RAPID+TCT, and we investigate whether you can…
May 2026 Special Focus: Artificial Intelligence in Design and Simulation
In this Special Focus Issue, learn about the latest developments in the integration of artificial intelligence into engineering workflows.
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