Whether designing a next-generation smart phone or a state-of-the-art jetliner, there’s no escape from the increasing complexity that defines today’s products.
Engineering teams across all industry sectors are optimizing designs via the use of advanced materials like composites and increasing the role of electronics and embedded software to make smarter products. With this growing sophistication comes a need for advanced simulation tools that help engineering teams optimize designs far earlier in the process.
This backdrop provides the context for ANSYS’ latest release of its flagship simulation offering. ANSYS 15.0 adds a range of new capabilities and enhancements in the areas of advanced materials systems design, fluid dynamics, and electromagnetics in addition to new features for facilitating model setup and meshing and support for HPC scalability. →']);" class="more-link">Continue reading
High Performance Computing (HPC), while critical to companies and research organizations working on complex, simulation-intensive design problems, is seen as out of reach by many players.
Not only can the wrong HPC hardware and software break the bank for many engineering shops, it can be highly complex, requiring specialized workload management software and skilled expertise to ensure everything is configured so that the environment runs at peak performance. Because of its complexity, there have been plenty of barriers to HPC adoption, particularly for small- and mid-size companies, which can lack the resources to effectively procure, manage, and maintain large HPC clusters. →']);" class="more-link">Continue reading
The GPU was initially conceived as a device to boost visualization, but it has evolved so much beyond its origin that the term graphics processor seems like a misnomer. Today, GPUs are a big part of parallel computing, also called high-performance computing (HPC). They’re fueling large-scale simulation, analysis, and number crunching in scientific research, space exploration, weather prediction, and more. At the upcoming GPU Technology Conference (GTC), NVIDIA plans to expose many other use of the GPU beside producing pretty visuals with dense pixels. (Note: DE is a media partner of GTC.) →']);" class="more-link">Continue reading
The PC market is dominated by just a handful of major players. It’s literally a single hand, as five brands — Dell, HP, Lenovo, Acer, and ASUS — account for 58.9% market share (“Gartner and IDC: PC shipments tumbled…,” October 10, 2012, engadget). The rest is made up by specialty brands. Naturally, in such a tight market, a major strategy shift by one of the Big Five is bound to produce ripple effects.
Last week, publicly traded Dell began taking steps to go private — an option the company’s founder, chairman, and CEO Michael Dell described as “an exciting new chapter for Dell” in a press release. According to the company, Dell has “signed a definitive merger agreement under which Michael Dell, … in partnership with global technology investment firm Silver Lake, will acquire Dell” in a $24.4 billion transaction. →']);" class="more-link">Continue reading
So an astronaut, a designer, and an analyst walk into a hotel.
It’s not a joke. It’s a scenario that would come to pass in the Marriott at the Renaissance in Detroit, Michigan. That’s the site of Altair Engineering‘s HyperWorks Technology Conference (HTC) 2012, scheduled for May 15-17. The astronaut is T.K. Mattingly, the retired astronaut who once flew on Apollo 16, STS-4, and STS-51-C missions. The designer is Luca Pignacca, chief designer at Dallara Automobili. The analyst is Marc Halpern, VP of research, Gartner. They’re all keynote speakers who have signed on to appear at HTC 2012. The will join Altair’s Chairman and CEO Jim Scapa on stage. →']);" class="more-link">Continue reading