From all of us at ANSYS, we want to congratulate the team of Emirates Team New Zealand who just won the 2017 America’s Cup. Wining the America’s Cup is a feat in sailsmanship, a feat in teamwork, but also a feat in engineering.
What I love during the America’s Cup season is that all of my colleagues and friends ask me about the competition as if I was an expert (Hint: as you can see on the picture, I am a more of a Sunday sailor than a high tech boat skipper). What I can talk about, however, is some of the technology behind the amazing boats that compete in the America’s Cup. Continue reading
I’m happy to announce that our team will once again be showcasing our industry-leading solutions at the 54th Annual Design Automation Conference (#54DAC) in Austin, TX. I invite you to stop by and meet with our domain experts in booth 647, from June 19-21, to learn how our industry-leading technology can help meet your SoC design challenges with production-proven solutions. Continue reading
A few days ago someone asked me if ANSYS flagship products are appropriate for the “average” engineer, and more particularly design engineers doing upfront simulation. I believe the better question to ask is which ANSYS products are geared toward design engineers, and why.
More often than not, design engineers are quite familiar with 3-D modeling tools, which are the starting point of simulations in the product development process. But given their focus on product design, manufacturability, documentation, etc., they typically do not have time or prior experience required to learn how to use a fully featured simulation tool like ANSYS Mechanical or CFD. Continue reading
In ANSYS AIM 18, design engineers have reason to be excited about increased functionality for fluids, structural, thermal and electromagnetics. While the foundational problem-solving functionality has existed since AIM 16, new functionality is being added in every release so AIM can better address niche applications. One such enhancement I’d like to bring to your attention is solution-dependent expressions for applications like fan cooling simulation. While this isn’t something I guarantee you’ll use in your everyday simulations, it is a powerful feature needed for certain calculations. Continue reading
One of the most important problems in the automotive industry is the general multiphysics simulation of coupled phenomena, where multiple — and sometimes conflicting — conditions need to be accounted for, all at the same time. One common application is the resistive heating of a car side mirror.
Designing the mechanism for keeping the mirror defrosted must also take into account the structural response of the mirror as the external environmental conditions, such as air pressure and cold temperature, cause physical stress and thermal deformation. The task is a base requirement of the automotive industry and requires a full multiphysics approach, which is still a challenge for common finite element method (FEM) simulation. In this post, we’ll show you how our engineers at SVS FEM used ANSYS AIM to model a side mirror and multiphysics analysis to solve some of its difficult design problems. Continue reading
Many companies, large and small, have individuals or groups using powerful engineering simulation software like ANSYS Mechanical — one of our flagship products. These analysts tackle some of the most complex and challenging engineering problems for their organizations.
These same companies often also have separate teams of engineers working daily on new and evolving product designs. They are often experts in CAD modeling, using CAD-embedded simulation tools to evaluate their designs. These basic simulation tools provide some useful guidance, but often fail to provide the accurate results needed to refine and optimize designs with confidence. Consequently, many design simulations must be handed off to the relatively small number of simulation analysts using trusted simulation tools like ANSYS Mechanical. Continue reading
Optimizing heat transfer and controlling temperatures is a critical design engineering issue for many industry applications, including heat exchangers, thermal mixing valves, exhaust manifolds and electronic devices. Accurate prediction of the temperature in both the fluid and solid components is essential to accurately predict the thermal performance of a product design. By performing upfront thermal simulation, design engineers are able to accelerate product designs, mitigate late stage design changes and reduce physical prototypes. ANSYS AIM is an easy-to-use simulation environment designed for all engineers to rapidly and confidently evaluate product performance well before design decisions are locked-in. ANSYS AIM 17.2 includes many new features for upfront thermal simulation. Continue reading
I’m excited to announce the release of ANSYS 17.2, the latest step in our unwavering commitment to push the boundaries of engineering simulation technology, so you can solve your most difficult product development challenges faster and more cost-effectively. No one can afford to wait in today’s fast-paced business environment, and our frequent release program ensures that you have the latest simulation solutions at your fingertips as soon as possible. Our goal is to deliver the best simulation tools on the planet when you need them, which is always now, not six months from now. So let’s cut to the chase. ANSYS 17.2 delivers many new advances across the portfolio, but here are a few of my favorites. Continue reading
Many companies are looking to introduce simulation upfront, as early as possible in their design processes, to bring better products to market faster and at reduced overall costs. ANSYS AIM has been developed with a view to providing unparalleled ease of use on top of ANSYS’ proven solver technology in a highly configurable and customizable way. We talked about this in our recent webinar, now available on-demand. Continue reading
Do you wish you had a way to build and test your ideas virtually before investing in physical prototypes? An easy, accurate method that accelerates design timelines and reduces costs?
We all have ideas. Product designers strive to come up with ideas for innovative products. In the modern era, most products are not simple and must fulfill multiple functions in addition to being cost-effective and stylish. A good idea for a product often means understanding how a thousand smaller ideas work together to create the whole. Unfortunately, it is expensive to physically test every idea or many versions of the best one. Fortunately, upfront simulation helps engineers optimize their product idea before building the first physical prototype. Attend our webinar to see how. Continue reading