Author's Latest Posts


Run Simulations at Top Speed


The Ansys Fluent solver can be so computationally demanding that complex simulations can take hours to complete. Ansys and Intel worked together to build a new smoother and optimize it for Intel Xeon Scalable processors to help reduce those long simulation times. This whitepaper reviews the results of performance testing conducted with Ansys Fluent 2020 R1 when making use of the Intel MKL sp... » read more

Multiphysics Reliability Signoff For Next-Generation Automotive Electronics Systems


Automotive electronics systems depend on an ever-increasing number of electronic sensors and processing elements, which allow for 360-degree surveillance and object identification/classification. Designing and verifying these systems is, however, as complex as the systems themselves. This white paper examines how automotive chip designers can achieve the stringent safety and reliability requ... » read more

How To Design User Equipment Antenna Systems For 5G Wireless Networks


Next-generation cellular wireless communications will enable numerous innovative, cutting-edge technologies and products. The combination of millimeter-wave (mm-wave) and microwave bands accompanied by advanced spatial multiplexing techniques such as massive multiple-input multiple-output (MIMO) will form the backbone of a new cellular technology called 5G. The evolution to 5G promises low late... » read more

Multiphysics Simulations For Power Management ICs


This application brief describes Ansys Totem’s multiphysics capabilities to help you analyze power, thermal and reliability challenges in highly complex power management ICs (PMIC devices). You will understand why Totem’s many features including full-chip capacity, flexible GUI and layout-driven simulation and debug capabilities make it the ideal platform for identifying design issues. From... » read more

Ansys SPEOS: Illuminating The Possibilities


Ansys SPEOS enables optical engineers to fine-tune critical factors such as propagation, reflection, visibility and legibility, while also identifying problems such as glare and hot spots. In a broad range of applications in the automotive, aerospace and general lighting segments, SPEOS cuts significant time and expense from the design cycle, while supporting the high degree of innovation neede... » read more

Manufacturing Speed And Agility Enabled By Turnkey HPC Solutions


Manufacturers face growing competition as new players enter the global market all the time. To stay ahead of rivals, they increasingly rely on digital modeling and simulation tools for product design, analysis and testing with the help of HPC and CAE. So how is HPC enabling innovation for manufacturers from small to large? This white paper covers: Using HPC to accelerate product develo... » read more

The Four Benefits of Simulation-Driven Design


Simulation-driven design involves using simulation early, often, and throughout the design cycle to make better informed decisions, explore more alternatives and verify performance. This report presents the business benefits of taking a simulation-driven design approach, enabled by engineers, across the design cycle. It focuses on the four core sources of value for simulation-driven design: inc... » read more

Photometric Qualification for Virtual Night Drive Testing


Headlamps are a mission-critical product system that must perform reliably at every time of day, in every possible weather condition. Engineering headlamps for the correct photometry is essential — but constructing physical prototypes and measuring their performance is expensive and time-consuming. In addition, physical photometry measurement tools are not always wellcalibrated and accurate. ... » read more

Three Levers for Accelerating Lightweighting in Aerospace: Advanced Materials, Additive Manufacturing, Materials Intelligence


Accelerating the delivery of lighter weight aircraft is possible by focusing on three key levers: more extensive use of advanced materials, broader adoption of new manufacturing techniques and extraction of more value from existing materials data. This white paper delves into the opportunities and challenges presented by each, and provides best practices for reducing fuel costs and emissions th... » read more

Performance Analysis Of Electric Motors For EV Powertrains


Developing a battery EV powertrain is a complex systems problem. This technical paper examines the design and development of electric motors in an EV powertrain, showing how the different design choices — such as motor topology, winding type and cooling system — can be compared and evaluated considering their overall system impact. ANSYS Motor-CAD simulations can help engineers determine wh... » read more

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