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ALTAIR HyperCrash
Highly-tuned Modeling Environment for Crash Analysis and Safety Evaluation

HyperCrash is a robust pre-processing environment specifically designed to automate the creation of high-fidelity
models for crash analysis and safety evaluation. Developed in cooperation with the industry's leading manufacturers,
HyperCrash increases departmental efficiency and results accuracy through process driven workflows and automated model
checking and correction.
HyperCrash includes a robust set of user-utilities for the most intricate crash and safety modeling tasks including;
part replacement and positioning, dummy positioning and seatbelt routing.
Combining the power of an intuitive GUI with an automated set of proven crash and safety modeling procedures,
HyperCrash enables users to realize unprecedented time savings while achieving high-quality, accurate results.

Altair HyperCrash Benefits
Crash Industry Oriented Graphical User Interface
HyperCrash provides a highly tailored user interface for the creation, editing and set-up of crash and safety models.
This streamlined interface not only makes it easy to learn but eliminates common modeling errors.
Fast, High-quality Model Creation
The procedure driven environment speeds crash model set-up and management to improve efficiency, results
consistency and quality. In addition HyperCrash is architected to pre-process multi-million element crash
models efficiently.
Standard and Proprietary Engineering Procedures Support
Manages and automates engineering steps required to create standard and customized crash and safety
performance models including; de-penetration, de-intersection, and generation of connections.
Altair HyperCrash New Feature Highlights

Streamlined GUI for enhanced usability
Easily specify user profile and unit system
New toolbars provide fast and easy access to all features
Mouse operation follows the HyperWorks convention
New keyboard shortcuts for model manipulation (zoom, rotate, etc.)
Implementation of ‘quick window’ feature for selecting entities
Speed and performance improvements
Selecting, displaying and manipulating large numbers of entities
Adding, reviewing and removing entities such as gravity and initial velocity
Transferring data to and from the database
Graphics speed of model manipulation (rotations, zoom, pan)
Smooth rendering of graphics window
Generate improved model representation for screen capture
Helps to identify questionable element connectivity
Quickly recognize inconsistency of element normals
Human modeling module added with direct access to Humos dummies and Scan-to-Mesh
Automatically create contact definitions for second order elements
HyperCrash window can now be saved to PNG and JPEG formats
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