Get Started with Ansys Sherlock for Electronics Reliability

November 2, 2023 Conrad Magalis

Ansys Sherlock is a powerful software tool for electronics reliability analysis. It helps engineers predict the reliability of electronic products by simulating various environmental and operational conditions. Sherlock is particularly useful for predicting failure modes, estimating product life, and optimizing designs for reliability. Engineers can leverage Ansys Sherlock to improve product performance and save costs downstream.

About the Author

Conrad Magalis is responsible for the adoption of advanced digital engineering practices at Rand Simulation. Conrad has a broad range of experience within manufacturing and industrial industries. His acumen is focused on progressive business and engineering decisions, with practical outcomes.
Follow on Linkedin More Content by Conrad Magalis

Ansys Sherlock for Evaluating Thermal Cycling

Ansys Sherlock is a powerful physics-based electronics reliability design tool that enables engineers to pr...

Next Video

An Introduction to Ansys Sherlock for Electronics Reliability

Rand Simulation's FEA (structural) Consulting Engineer, Adam LeMay, will be presenting an introduction to A...

Get help from electromagnetics experts

Learn More

Return to Home

Welcome to the Rand Simulation Resource Center

Get Started with Ansys Sherlock for Electronics Reliability

About the Author

Previous Article

Next Video

Get Started with Ansys Sherlock for Electronics Reliability

About the Author

Previous Article

Next Video

More Electronics Content

As 5g demands faster data and smaller devices, ansys offers electronic design solutions to tackle these challenges. Their software simulates antenna performance, ensures signal integrity on shrin

In this white paper, we’ll explore how electronics designers and manufacturers are utilizing three solutions in Ansys’s Electronics Portfolio to master 5G technology: HFSS, SIwave, and Icepak.

Ansys’s Electronics Portfolio includes three simulation solutions that are revolutionizing the way firms design PCBs and 5G antennas.

This webinar explores the fundamentals of 5G technology and its specific applications in various industries. Gain valuable insights from Rand Simulation and Ansys experts as they delve into: 5G Funda

Given the multitude of enclosure options available, pinpointing unwanted electromagnetic sources emitted within an electronic system can be a daunting task. Rand SIM simulation experts can help.

Electromagnetic compatibility (EMC) of complex electronic systems is essential for ensuring product success.

Simulating the effects of mobile phones on the human head using the Ansys High Frequency Structure Simulator (HFSS) in Ansys Electronics Desktop 2023.

Proper electromagnetic (EM) shielding is often essential for electronics products to successfully comply with electromagnetic compatibility (EMC) standards.

In this white paper, we provide an overview of Ansys HFSS and Ansys EMA3D Cable products and highlight ways to use them for electromagnetic simulation and design iteration.

In this presentation, we will explain how Ansys EMC Plus and Ansys Charge Plus can be applied to the simulation of EMI, ESD, EMP, HIRF, and Lightning.

Ansys 2023 R2 Electronics Release Notes

Ansys 2024 R1 marks an improvement in simulation-driven product development, propelling advancements across key applications, including Ansys Electronics, Fluids, Structures, Optics and Photonics

Unlock the potential of 5G technology with Rand Simulation and Ansys in this electronics webinar. We'll explore the fundamentals of 5G, and its specific applications in antennas, connectors/PCBs

Printed Circuit Boards (PCBs) have multiple components that the signal travels through. No matter what components are on a PCB the signal will have to travel through a via breakout.

Taking advantage of technology advancements, the industry is moving toward Reliability Physics Analysis, or RPA, to predict electronic reliability more accurately; instead of trying to extract

While the RPA methodology does not require the use of FEA tools, Ansys Sherlock has been designed from the ground up to facilitate the performance of these exact types of calculations.

Because manufacturers of electronic products must comply with electromagnetic interference (EMI) and electromagnetic compatibility (EMC) guidelines, suppliers to the auto industry find themselves

Testing product designs before their development for electromagnetic compatibility (EMC) and electromagnetic interference (EMI) issues keeps manufacturers from creating multiple product iterations

It’s more critical than ever that design teams understand the environment in which their products will operate and EMC can’t be overlooked.