Electronics are everywhere. Amazing innovations such as driver assistance systems (ADAS), IoT, 5G communications, hybrid propulsion and others all depend on electronics. Engineers and designers in almost every industry, must account for electromagnetic fields to design, optimize and deliver products quickly to market.
As radio frequency (RF) and wireless communications components are integrated into compact packages to meet smaller footprint requirements while improving power efficiency, electromagnetic field simulation is the only way to make these trade-offs. Simulation enables innovative ideas, that can push products beyond their traditional limits, to be tested and realized without the burden of prototype costs and time.
The latest issue of ANSYS Advantage features articles from industry leaders who make the most of electromagnetic field simulation to develop next-generation products and deliver them to market quickly.
Wi-Fi access today seems more like a right than a privilege. But easy access to Wi-Fi is not widespread in many countries, especially in out-of-the-way rural areas where structural design and building of Wi-Fi towers can be challenging. In the interior of Brazil, only 22 percent of the people have Wi-Fi due to the costs of installing towers and the economics of providing service to sparsely populated areas. But startup Jet Towers is trying to remedy this situation using ANSYS AIM for structural simulation to design prefabricated, modular truss towers that can be installed and running within a week of purchase, instead of the normal five weeks for custom designed Wi-Fi towers.
The vast majority of engineering decisions are made without the insights that engineering simulation could provide into the impact of those decisions. It is estimated that 80 percent of the total product development costs are locked in by choices made early in the design process — and subsequent analysis and optimization now has to live within the implied constraints or face very costly and time-consuming design changes.
With increasingly complex products taking advantage of advanced materials, additive manufacturing and IoT, this issue will grow exponentially as many more permutations and design options must be evaluated for any given product. The only way to harness the potential of these mega trends, and tame the inherent complexity, is to bring simulation upfront in the product development process. To design the products of tomorrow, leading companies are doing exactly that.
As the end of the year approaches, it’s always a good time to reflect on our achievements — did I really stick to those resolutions I made at the start of the year? — and to look forward to new goals and possibilities. It is also a time to celebrate the holidays and give thanks for the many good things that have happened this year. None more so than those showcased in ANSYS Advantage Magazine: Excellence in Engineering Simulation. Continue reading →
Energy systems innovation and sustainable design are key business initiatives in almost every industry sector. And, these initiatives are not only required to meet customer demand for “green products” or to satisfy environmental regulations. Many businesses have realized there is an opportunity to drive new growth with energy innovations. The new issue of ANSYS Advantagehighlights the many ways our customers are delivering these energy innovations by leveraging the power of engineering simulation.
Pumps are pervasive and play an important role across many industries and in our daily lives. They have been around for a long time, when you consider that the Archimedes screw dates back over two thousand years. They come in a wide range of sizes and styles, from heart pumps that measure only millimeters in size to large pump-turbines that measure meters in diameter. Some pumps are custom- engineered and very high-tech, such as those used for liquid rocket propulsion, nuclear submarines or power plant applications. Many others are regarded as a commodity items, although that view is changing, as we shall see. Some estimate that pumps consume as much as 10% of the electricity generated worldwide. Continue reading →
Around the world, businesses, no matter what the industry, are facing similar challenges:
Customers demand compelling products delivered on more frequent cycles.
Products have become a complex mixture of mechanical, electrical and embedded software systems.
Global markets offer more opportunity, but also more competition.
To remain competitive, companies must deliver innovative products to market faster and at a lower cost. But the pressure to innovate more quickly and move even faster is relentless. Simulation has long been a valuable tool to verify designs and reduce testing, saving both time and money, but using simulation towards the end of the product design cycle is no longer sufficient. Continue reading →
Simulation driven product development has been a key theme at ANSYS for well over a decade, we often just refer to it by its acronym. It is the reason that ANSYS Workbench was designed to be a parametric and persistent platform. Tools like DX can help you drive those parameters, but first, you need to parameterize your model! Continue reading →
ANSYS Workbench was designed to be a parametric and persistent platform so that you could easily perform design studies and really get into simulation driven product development. Tools like DX can help you drive those parameters, but first, you need to parameterize your model.
You can parameterize the physics or even the meshing, but being able to parameterize the CAD using our bi-directional CAD interfaces is a real ANSYS Advantage. Continue reading →
Ever since the ANSYS Advantage Spotlight on Multiphysics issue was published, I find myself hyper-aware of all the times multiphysics simulation would be needed to adequately capture the physics occurring in everyday activities. I had a similar experience when I first became deeply involved in fluid dynamics, suddenly fascinated with how salad dressing ran out of the bottle compared to how water flowed from the faucet or the mesmerizing nature of smoke being dispersed by turbulence eddies. Even though multiphysics includes a plethora of phenomena, including electromagnetics, fluid dynamics, structural mechanics, thermal effects, acoustics, optics and more, over these past months it is fluid-structure interactions or FSI that had been on my mind. Continue reading →