Crash Optimization Software
Learn how our software’s functionalities drive improvements in lightweight design and vehicle safety
Crash Optimization Software in Action
Discover our work
Our Optimization Software
Key Features
Expert-Driven Heuristics
Our software utilizes expert-based heuristics for optimization, analyzing how a profile structure changes shape during crash simulations to suggest enhancements to its geometry. These heuristics take a comprehensive view of deformation, making our tool adaptable to a broad spectrum of optimization challenges. It includes variables such as movements, stiffness, forces, accelerations, and potential failure points.
Full-Scale Automation
Once initiated, our software ensures a fully automated optimization process, capable of delivering results for complex models in just a few days without the need for an engineer to step in. This allows for the optimization to be managed by a single engineer, minimizing the need for deep design knowledge or experience in deformation behavior analysis.
Advanced Geometry Syntax
Within our software, structure geometry is shown through a graphical representation. This unique syntax simplifies changing the geometry and checking various manufacturing constraints, like minimum gaps, allowable thicknesses, and angles. The graph also enables the description of thin-walled structures, which deform significantly better than thick-walled structures and therefore dissipate more energy in a crash in relation to their weight.
Iterative Optimization
Recognizing that a single heuristic might not surpass the insight of an experienced engineer, our optimization process encourages competition among structural designs. By activating diverse heuristics across multiple iterations for various concurrent designs, the software often generates and assesses hundreds of geometries. This approach leads to discovering superior structures compared to the limited designs produced through manual engineering.
INDUVOS
OUR IMPACT
LIGHTWEIGHT DESIGN
Our software is a game-changer in vehicle development, ensuring materials are utilized with maximum efficiency. Our technology allows for significant reductions in vehicle weight, thereby cutting costs and emissions, driving the industry towards a greener, more cost-effective future.
CRASH SAFETY
While doing this, our software ensures compliance with rigorous safety standards by examining the deformation behavior of a vehicle in crash simulations. It identifies and corrects performance deficiencies, ensuring occupant safety in the event of a collision.
MANUFACTURABILITY
Our software guarantees that the optimized vehicle structures are viable for large-scale manufacturing. By adhering to predefined production constraints, it ensures that the optimized components can be produced without the need for extensive re-evaluation by engineers.
questions & answers
YOUR QUESTIONS
What is the main goal of your software?
Our software aims to make vehicle structures more efficient and safe through advanced optimization methods, including weight reduction and ensuring crash safety.
How does your software support lightweight construction?
It enables precise material optimization, contributing to vehicle weight reduction, enhancing environmental friendliness, and cost efficiency.
Can your software integrate with existing simulation tools?
Yes, it is compatible with established simulation programs, adding an extra layer of analysis and improvement for vehicle crash simulations.
How does your software contribute to crash safety?
It analyzes vehicle deformation behavior in crashes and proposes targeted structural improvements for increased safety.
Are structures optimized by your software suitable for mass production?
Yes, our software considers production constraints to ensure that optimized components can be manufactured on a large scale.
How does your technology support electric vehicles?
For electric vehicles, our software optimizes the protection of batteries by improving structures involved in accidents.
Do you offer training for using your software?
We provide training programs to facilitate users in effectively applying our software for their specific tasks.
How can your software contribute to sustainability in the automotive industry?
By reducing material usage and promoting lighter yet safer vehicle structures, our software contributes to a more sustainable automotive industry.
Do you offer a trial version or pilot projects for new clients?
We offer pilot projects with hands-on support to demonstrate how our software can be seamlessly integrated into existing processes.
How can I learn more about your software or request a demonstration?
For more information or to request a software demonstration, please contact us. We are ready to discuss your specific needs.
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Try it yourself
Have we sparked your interest in how our crash optimization software could enhance your vehicle design and safety projects? Are you curious to see the practical benefits and usability of our software for yourself? If you have any questions or wish to explore the possibilities our software offers further, please don’t hesitate to get in touch. We’re here to provide the information you need and show you how our solution can fit into your workflow.