Why Attend This Webinar?

Structural weight savings, faster development cycles, and efficient certification are vital challenges in aerospace. HyperX provides engineers with a powerful and automated stress analysis and sizing optimization platform for both metal and composite structures. This webinar introduces the capabilities and applications of HyperX, and how it bridges classical stress methods with modern digital engineering workflows. Whether you're working on launch vehicles, commercial aircraft, eVTOLs, or satellites, HyperX empowers you to create reliable, certifiable, and lightweight designs efficiently.

What is HyperX?

HyperX is a companion software to your finite element solver. It performs rapid, closed-form and detailed stress analysis across hundreds of classical aerospace failure methods and integrates those results across thousands of FEA load cases.

It enables sizing optimization to find the lightest structural design possible, factoring in materials, panel geometry, ply angles, and stacking sequences. HyperX is solver-agnostic and integrates with CAD tools to maintain the digital thread across FEM and CAD models.

Why Use HyperX?

HyperX provides engineering teams with:

• Reduced structural weight

• Shortened development timelines

• Enhanced design producibility

• Accelerated certification for airframes

As a flexible stress analysis framework, HyperX can standardize and automate legacy methods using plugins or its open API. It also supports traceable data workflows and auto-generates detailed stress reports with equations, margins, and summaries.

Who Should Attend?

• Aerospace stress engineers

• Aerospace simulation managers

• Aerospace certification managers

Key Benefits of HyperX

• Reduces airframe structural weight

• Streamlines stress analysis workflows

• Improves team productivity and consistency

• Delivers traceable documentation for certification