Software
software for
for
Aerospace Structural Analysis and Design Optimization
Software for
Aerospace Structural Analysis and Design Optimization
Collier Aerospace’s
HyperX Users Conference 2023
In-Person Event
NASA Langley Research Center, Hampton, VA
June 14 – 15, 2023
Why use HyperX?
To Center Your Design

Weight
Down
â–¼ Panels and Beams
â–¼ Fastened and Bonded Joints
â–¼ Composite Laminates
â–¼ Sizing Optimization
â–¼ Trade Studies

Schedule
Shortened to the Left
â—„ Streamline Workflows
â—„ FEM Workflow
â—„ Analysis Workflow
â—„ Design Workflow
â—„ Enterprise Workflow

Producibility
Up
â–² Plies
â–² Laminates
â–² Composite Stiffened Panels
â–² CAD/CAM Interface
â–²Metal Structures

Certification
Achieved Right on Time
â–º Analysis Consistency
â–º Analysis Traceability
â–º Stress Reports
â–º Analysis Methods
What is HyperX?
HyperX is software to analyze and design laminates, ply shapes, sandwich panels, stiffened panels, grid-stiffened panels, bolted joints, and bonded joints using aerospace industry standard methods for both composite and metal structure.

HyperX is a companion to your finite element solver for performing detailed stress analysis on thousands of load cases for hundreds of analytical failure methods. It automatically generates Excel and Word stress reports along with equations and margin-of-safety summaries.

HyperX provides intuitive workflows for individual analysts and teams to mature their structure from a conceptual design all the way to part release. It provides a seamless process for performing sizing optimization using the same detailed analyses required for certification. It’s database contains the entirety of a project’s material systems, fastener vendor data, analysis policies, and design space.
When should I use HyperX?


Where is HyperX used?
Aerospace




A few of our Customers

Carbon Fiber Composites
Carbon Fiber Composites


A few of our Customers
How can I see HyperX?
Why use HyperX?
To Center Your Design
Feature Page Quick Menu
Weight
Panels and Beams
Fastened and Bonded Joints
Composite Laminates
Schedule
FEM Workflow
FEM Workflow
Analysis Workflow
Design Workflow
Enterprise Workflow
Producibility
Laminate Trends
Plies
Composite Stiffened Panels
CAD/CAM Interface
Metal Structures
Certification
Analysis Consistency
Analysis Traceability
Stress Reports
Analysis Methods and Customization