ISVPG by Applus IDIADA

ISVPG by Applus IDIADA wird unterstützt von Advanced Partner Alliance

Enhance simulation, improve engineering, and optimize design with an additional 82+ products that’s already part of your offering. Discover third-party solutions from a single unified source that you know and trust through the Advanced Partner Alliance (APA).
APA solutions are delivered through the Altair Units licensing system, which allows customers to access multiple engineering tools using a shared pool of licenses. This lowers barriers to adoption and simplifies procurement for your customers.

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Warum Virtual Proving Grounds for Vehicle Development.?

ISVPG exists to provide virtual representations of IDIADA's proving grounds, enabling efficient vehicle development. It solves problems by offering a single data source for diverse road conditions, compatible with any tire model. This accelerates component, control system, and full vehicle development, reducing physical testing costs and time, while improving durability and comfort through virtual simulation.

Vorteile

Enhances Virtual Development Potential:
ISVPG enhances the virtual development of components, control systems, and full vehicles.
Saves On-Road/Test Track Costs and Time:
ISVPG saves users time and money that would otherwise be spent on costly, time-intensive physical testing.
Solves Problems Early in Development:
Helps users address and meet project demands in terms of comfort, noise, vibration, and harshness (NVH), structure durability, control systems, and driver models.

Besondere Funktionen

Virtual Development and Validation

ISVPG offers new virtual scenarios that address handling, comfort, and durability simulations.

IDIADA’s PG Surfaces in High Resolution

ISVPG supports development thanks to its high-resolution scans of IDIADA’s main Proving Ground surfaces.

High Multibody Model Correlation

ISVPG accurately reproduces real road inputs within simulation software, ensuring physical road/track testing correlates to simulated data.

Anwendungen in der Praxis

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Comfort Performance Evaluation

To accurately estimate accelerations at various points, a full-vehicle model is simulated on realistic comfort roads. This allows for the calculation of key performance indexes, effectively evaluating vehicle comfort behavior.

Ressourcen und verwandte Produkte entdecken

Zusätzliche Informationen und Ressourcen

Download ISVPG here