Author's Latest Posts


Designing Optimized Software Stacks for Autonomous Systems in Aerospace and Defense


As autonomous systems percolate through the A&D industry with ever-increasing complexity, the software they use to function must match the current pace of innovation. Achieving this goal will require optimizing the software stacks and fully integrating them into internal and external systems. Want to learn more about autonomous software? In this e-book, you'll: Learn about the softw... » read more

How Engineering Simulation Drives Impact for Sustainability


For decades, engineering simulation has been the engineer’s Swiss Army knife for improving the speed and cost of developing new products as well as for bringing product performance to the next level. This report reveals that while simulation has already made a significant contribution to advancing sustainability, there is still so much potential to make an even greater impact. In the conte... » read more

Automotive Design: How AI Is Transforming The Art Of Simulation


The automotive sector is about to experience a major wave of innovation as artificial intelligence (AI) is applied to design simulation, according to experts. The technology makes it possible to reduce the time needed to run the analyses for crash-test simulations — one of the most data-heavy exercises in automotive design — from several days to minutes. Read more here to learn about a p... » read more

How to Accelerate Multiphysics Simulation Software with Turnkey Hardware Systems


Complicated problems take longer to solve. In engineering, it’s a given that simulation drastically accelerates the development cycle, enabling engineers to digitally test ideas and optimize products exponentially faster than physical testing. However, today’s complex products and systems require simulation of many different physics—the thermal, structural, and electromagnetic forces in a... » read more

Challenges and Best Practices for TCO Models of Technical Computing Resources for Engineering Modeling and Simulation Workflows


Many organizations focus heavily on the system’s initial capital cost when developing criteria and reviewing proposals for new procurements. While this is crucial for evaluating ROI, research shows that the initial purchase cost accounts for only half of the total expenses over the system’s useful life. This data point highlights the importance of understanding the total cost of ownership (... » read more

Decoding Glitch Power at the RTL Stage


In the context of analyzing digital semiconductor circuits, a glitch is any unwanted or unused signal transition, or toggle. A glitch is often a transient signal that is much shorter than a clock period and therefore is not captured by the next register stage. We also encounter full transition glitches, or transport glitches, which refer to toggles in a data path circuit that cover a full clock... » read more

Speed AND Accuracy: First-Of-Its-Kind Broad-Spectrum CFD Solver Built Natively on GPUs


Since the advent of computational methods to solve physics problems, especially in the realm of fluid dynamics, scientists and engineers have had to balance the need for accurate simulations with faster times to solution — with available computing resources affecting this balance. Now, we introduce to you a new broad-spectrum native GPU solver created by developers at Ansys. Find more i... » read more

A High-Capacity Solution for Power and Signal Integrity on 2.5D Silicon Interposers


The present trends in technology — such as increasing demand for computational power from CPUs and GPUs, connectivity driven by Internet of Things (IoT), data demands around connected and self-driving cars, and the design of processors optimized for artificial intelligence (AI) — require more functionality from integrated circuits. As designers struggle to find ways to scale with complexity... » read more

Innovating Electric Mobility: Simulation Solutions For Electric Machines


Automakers desire solutions that can easily scale to new applications of next generation vehicles. Electrified propulsion technology is one main area where EV engineers are pushing the boundaries. Electric machine design and integration choices have system-level impacts that directly influence an automaker’s time to market and even overall market adoption. With Ansys multiphysics simulatio... » read more

Amplify Simulation Via Effective Data And Process Management


Over the past 50 years, engineering simulation has proven its value by reducing development time and costs, as well as dramatically improving product performance. By subjecting their designs to real-world physical forces in a risk-free virtual environment, product development teams can identify issues and address them at an early stage, thus minimizing expensive rework, prototyping, and physica... » read more

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