Real-time digital exploration for every engineer

Release time:2018-02-14
author:Ameya360
source:newelectronics
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Real-time digital exploration for every engineer

  Enabling engineers to create smarter designers faster and more efficiently is the current focus of ANSYS, who hopes to revolutionise product engineering with the commercial release of its ANSYS Discovery Live.

  Discovery Live is designed to enable engineers to simulate designs in real-time, both quickly and more economically. It is said to be expanding Pervasive Engineering Simulation, which should allow engineers to ask ‘what if’ questions upfront in the design process where most of the product costs are locked in. ANSYS says this will allow rapid exploration of thousands of design options and the ability to receive immediate feedback.

  The idea is that engineers will be able to immediately examine the impact of their design changes, instead of waiting weeks or months to set up, run and analyse prototypes.

  "We had the opportunity to preview ANSYS Discovery Live and it’s obvious this technology is a game changer in providing instantaneous simulation to enable interactive design exploration,” said Craig Skinner, chief aerodynamicist, Aston Martin Red Bull Racing.

  “ANSYS Discovery Live empowers us to run different design scenarios in real time and speeds our development process considerably,” added Matt Carlson, vice president business development, Wibotic. “Discovery Live provides us a sense of confidence before manufacturing and significant time and monetary savings – enabling us to drastically reduce prototyping fees and spend more time perfecting usability and aesthetic design.”

  ANSYS is said to bring Discovery Live together with ANSYS AIM and ANSYS SpaceClaim into one product family, in a bid to enable engineers at every stage of design. The technology is also designed to empower designers to collaborate with simulation experts using ANSYS flagship products.

  "Discovery Live's real-time simultaneous visualisation and simulation powered by NVIDIA professional GPUs and CUDA will transform the way engineers work," said Bob Pette, vice president and general manager, professional visualisation business unit, NVIDIA. “We’re working with ANSYS on further breakthroughs to improve workflows and enhance creativity so designers and engineers around the world can bring better products to market faster.”

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Engineer's Guide to Imaging Valley
  Many of us, pleasantly surprised by the new French wave of companies (275, including 233 startups) at the last Consumer Electronics Show, are closely following the vibrant tech startup scene in France.  The grand opening of Station F in Paris in late June, attended by a newly elected French president, is testimony to how France today sees an emerging startup culture as critical to its long-term growth.  Certainly, this boom has exposed countless IoT and wearable startups, who are set up to innovate new software, apps, and services.  Not to be forgotten, though, is that France is a nation known for its hard science.  Military-grade imaging technologies  Over several decades, French researchers and engineers have accumulated a number of key technologies in the field of imaging. They range from X-ray and far infrared to visible image sensors, 3D imaging, and software.  The brain power of France’s military-grade imaging technologies is concentrated in the Grenoble/Lyon area.  Much of France’s knowledge in this area, deeply rooted in defense and military-grade technologies, has been fostered through R&D, technology development, and testing/manufacturing experiences in that region. The French call the Grenoble-Isère area “Imaging Valley.”  Jean-Luc Jaffard, an imaging expert and consultant now serving as Chronocam’s vice president for sensor engineering and operations, called the region “unique.” Within a 25-km radius, “you see concentrations of all the basic imaging technologies — everything from CCD, CMOS, X-ray, and infrared.”  Imaging Valley is as old as Silicon Valley, but lesser-known. The high-tech business in the Grenoble region is much smaller than its U.S. counterpart, its community decidedly insular. The region has spawned few giants such as Intel, Apple, or Google — at least for now.  This is not to say, however, that the region lacks expertise in deep technologies.  Grenoble is home to the renowned European Synchrotron Radiation Facility (ESRF). CEA, the French Alternative Energies and Atomic Energy Commission, opened CEA-Leti in Grenoble 50 years ago. Its mission was focused on the development of microelectronics and information technology.  This is also the region where a lot of French government money has gone to fund scientific research.  As Pierre Cambou, activity leader, Imaging & Sensors at Yole Développement, explained, what started out 50 years ago as technology development for military and nuclear activities switched in the 1980s to semiconductor development. By the 2000s, the region became a center for leading-edge research, tech development, and production of imaging sensors.  The two pillars of Imaging Valley, according to Jaffard, are the military domain and a non-military sector that, together, have developed strains of technologies including CCD, infrared, and CMOS.
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