Helping design and engineering professionals discover, evaluate and specify technologies and processes that shorten the design cycle and enable success.
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Jamie Gooch · August 7, 2015 · …and from it produce a fully dynamic simulation, and do it automatically,” Auslander said. “What we’d love to do is make simulation available, cost effectively, to the 95% of applications that don’t currently use it.“We’ll be covering this collaboration among NI, Autodesk and UC Berkeley to delve more…
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David Cohn · December 4, 2001 · …of $1,200) also now fully supports 64-bit Windows XP and Vista. For design professionals who need full DWG native file format compatibility but can live without 3D, advanced customization, or network licensing, AutoCAD LT offers much of what you get in AutoCAD, at a fraction of the cost.…
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Brian Albright · April 1, 2017 · …products and machinery are fully protected.Security should be a top concern for any company designing a connected product. The IoT cannot reach its full potential unless consumers and other end users trust those devices to protect their security and privacy. So how do you protect deeply embedded endpoint…
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Beth Stackpole · May 1, 2020 · …greatly accelerating the process. “Fully-integrated generative design is another beachhead in the front on the democratization of simulation,” says PTC’s Thompson. “It’s simulation for building design alternatives faster and more efficiently than a design engineer could do on their own.” Creo 7.0 incorporates generative design functionality based on…
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DE Editors · July 2, 2012 · …many new hybrid and fully electric vehicles over the last couple of years. It’s now common for new vehicle announcements to have an obligatory “green” option—even for a high-performance Rolls Royce. This need to offer fuel-efficient variants to potential purchasers has led to a massive increase in the…
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Beth Stackpole · April 1, 2018 · …machining.Yet for companies to fully reap the benefits of 3D printing, they need to do more than swap out traditional production processes as a means to output existing designs. Instead, experts say engineers need to take into account the unique properties and material options offered by additive manufacturing…
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Pamela Waterman · August 1, 2005 · …plus bronze infiltration, creating fully dense final parts. Typical layer thickness for the ProMetal systems is 0.004 to 0.007 in., with capabilities for printing at 0.002 in. resolution. The R2 model features an 8 in. x 8 in. x 6 in. build chamber and produces parts out of…
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Kenneth Wong · January 1, 2016 · …topology optimization is a fully automated process that can be delegated to the software. You still need an engineer to intervene and use his or her judgment, especially when it comes to manufacturing.With CAD software, you use it like a knife or a drill: You decide where to…
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Tony Abbey · June 1, 2014 · …to decide whether a fully coupled solution should be attempted—where both thermal nonlinearity and structural nonlinearity are updated throughout the analysis. A simple example would be opening or closing of contacts changing the thermal load distribution.Solution Accuracy and Applicability Fig. 6: Thermal singularity in sharp corner shown by…
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DE Editors · June 1, 2004 · …not reached perfectionnor become fully automated and might never be. Further magnifying the cost of poor-quality data translation is the fact thatmany errors go undetected until late in the design process, when they create moreexpensive problems. For example, an error in a CAD file that might not appearto…
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Beth Stackpole · January 6, 2021 · …its BioFire subsidiary are fully invested in leveraging simulation and computational modeling to gain an in-depth understanding of its systems, which in turn will give them more confidence in what they ultimately take to clinical trials, according to officials. Parent company BioMerieux has long tapped COMSOL simulation tools…
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Kenneth Wong · October 1, 2014 · …You can explore your fully validated simulation model directly, without simplification.”Ryan notes that it’s common for Red Cedar users to explore 400 to 500 design variables at a time in HEEDS. “If you want to do successful lightweighting today, you have to be able to look at a…
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Kenneth Wong · May 1, 2018 · …fin structure, providing a fully depleted operation. This enables chips to operate at lower voltage at lower leakage.” (“FinFET: A three-dimensional transistor,” Knowledge Center, updated April 2017, semiengineering.com) SPICE simulation (which stands for an open source Simulation Program with Integrated Circuit Emphasis) remains “the mother of all simulation,”…
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Kenneth Wong · December 1, 2018 · …material that will be fully recyclable and overall less mass,” Hurst says. “Using 3D printing to make parts for our own HP Latex printers, we have replaced an aluminum part with a 3D-manufactured nylon part, resulting in a 93% decrease in weight, a 95% reduction in GHG [greenhouse…
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Pamela Waterman · May 3, 2009 · …produce high-resolution conceptual to fully functional parts. Post-processing is done with standard isopropyl alcohol. Units are priced under $45,000.Building Parts One Sheet at a Time The SD300 3D Printer from Solido uses plastic sheet lamination (delivered on a roll) to create rugged yet flexible parts; the bonding process…
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Brian Albright · November 9, 2018 · …heart into a personalized, fully-functional model that can be used to simulate the effects of pacemakers and surgeries. The FDA is partnering with Dassault to help make sure the Living Heart can be safely integrated into treatment programs. The Living Heart was also used to simulate detailed drug…
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Kenneth Wong · July 1, 2014 · …may prevent companies from fully consolidating their CAD solutions, such as customer mandates to use specific tools. In these cases, a multi-CAD environment is required and must be supported.”Even if a manufacturer has managed, against great odds, to consolidate and standardize on a single CAD program, Jim Brown…
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Stephanie Skernivitz · June 26, 2026 · …Fusion–printed parts into a fully functional vehicle, showcasing how additive enables faster, more flexible and highly personalized production.” Future Direction of AM in Automotive The trajectory is clear: AM will occupy an increasingly significant role in automotive production, not just prototyping, according to Woodford. “The cost curve is…
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Brian Albright · November 9, 2018 · …the system was never fully functional, and the entire project wound up being a multi-million-dollar boondoggle. Last year, there were 53,000 patient monitoring devices using data to train AI models for predictive analysis. That number could reach 3.1 million in the next five years. — ABI Research Outside…
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Beth Stackpole · July 20, 2023 · …synthesize materials that are fully dense with precise controls—ensuring maximum production for AM systems, Bradshaw explains. “We start with scrap, but we don’t create scrap,” Bradshaw says. “Once the material used in the AM process is put back in the AM process through a newly engineered material, that…
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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