Workflow for Radiation Hardening Analysis

Overview

Radiation hardening is essential for ensuring the durability and performance of materials and electronics exposed to ionizing radiation. Industries such as space exploration, nuclear power, military defense, and high-altitude aviation require advanced hardening techniques to mitigate radiation effects, including Total Ionizing Dose (TID), which can degrade semiconductor performance over time. This webinar will explore radiation hardening techniques, the role of Ansys Charge Plus, and methodologies for analyzing material resilience in extreme environments.

Join this session to gain expert insights into radiation hardening strategies and learn how Ansys Charge Plus can help design and validate radiation-resistant systems for space, defense, and high-reliability applications.

Focused Industries

  • Academics
  • Aerospace & Defence
  • Electronic & Semiconductor
  • Energy
  • Engineering Services
  • Healthcare
  • Industrial Equipment
  • Materials

Who Should Attend

  • ✔ Electrical & Electronic Engineer
  • ✔ Design Engineer
  • ✔ R&D Engineer
  • ✔ Test Engineer
  • ✔ Mechanical / Thermal Engineer

Webinar Highlights

  1. Capabilities and Applications of Ansys Charge Plus in radiation analysis
  2. Radiation Hardening Workflow for electronics and materials
  3. Dose Depth Curve Analysis for evaluating material resilience