Enhancing Thermo-Mechanical Analysis Workflow of Electronic Devices

 

Efficiently using electronics cooling CFD simulation and FEA analysis.

 

The reliability of electronic devices has generally focused on temperature as a key measurable indicator. Further inspection indicates that it is a combination of thermo-mechanical effects, such as cracking of solder joints, that causes electronics reliability issues. To fully assess thermo-mechanical stresses requires a robust FEA thermo-mechanical analysis that draws on accurate 3D temperature data for thermal loads and a correct representation of mechanical behavior. This presentation focuses on the workflow to generate accurate thermo-mechanical stress results based on a transient 3D temperature field data in CFD software and seamlessly mapped to an FEA model

 

Please attend this webinar to learn about streamlining use of FEA analysis for thermal and thermomechanical stress analysis. This webinar focuses on workflow to generate 3D accurate transient 3D temperature field data in CFD software and seamlessly mapping that to an FEA mesh for thermomechanical stress simulation

 

What you will learn

• Create a detailed electronic cooling CFD model using MCAD and ECAD data
• Generate a 3D, CAD-based, detailed package thermal model quickly
• Incorporate ECAD data for a multilayer PCB and component mount consideration
• Evaluate component junction temperatures and PCB trace temperatures + understanding airflow
• Export 3D transient temperature field results from CFD and mapping to an FEA mesh easily
• Perform thermomechanical stress analysis of solder joints and identifying areas of design improvement
• Assess transient temperature, stress, and strain results

Who should attend

• Engineers
• Engineering directors and managers
• Research & Development engineers & scientists
• Simulation engineers & Specialists

 

DETAILS

 

What
Live webinar: Enhancing Thermo-Medical Analysis Workflow of Electronic Devices

 

When
Wednesday the 30th of June 2021

 

Where
Online

 

Time
10:00 AM CEST