EVE: THE LATEST ADAMS DATA CONVERTER.
FAST, RELIABLE AND AUTOMATED CONVERSION PROCESS FROM ADAMS MULTI BODY MODEL TO IPG MODELS.

EVE saves time and money.

FAST PROCEDURE

Transform complexity into simplicity in a click. Speed is the key!

RELIABLE CONVERSION

Proven solution with countless industry references and success stories.

AUTOMATED PROCEDURE

Use an intuitive GUI to configure and start the complete conversion.

WIDE COMPATIBILITY

Exchange model of car/Truck/Motorcycle among different ADAMS and IPG SW version/releases.

COMPREHENSIVE DOCUMENTATION

Accompanied by a complete and easy-to-understand documentation.

360° SUPPORT

Supported by an expert team to resolve any issues and special request.
EVE© makes possible to convert a multibody vehicle model developed in MSC ADAMS into an equivalent IPG CarMaker vehicle model suitable for real-time applications. This means time and money saving.

WHY YOU NEED IT:

MSC ADAMS is the most spread tool for multibody simulations and it is commonly used for:

IPG CarMaker is a real-time base software for vehicle simulations and it is commonly used for:

Car manufacturers need to deal with both these two worlds. A way to pass from one world to the other is required.

WHAT DOES EVE CONVERT?

Masses-and-inertias

Masses and inertias

sprung mass and inertias, unsprung masses and inertias, rotating parts masses and inertias, Automatic import of additional trim loads (e.g. driver, passenger…).

Suspensions

primary springs, dampers, buffers, secondary springs (e.g. bushings), axle torsional stiffnesses. Suspension K&C: data extracted from ADAMS suspension test bench simulations (2D+2D mapping for interconnected suspension).
Suspensions
Steering-system-powertrain-brakes-and-aerodynamics

Steering system, powertrain, brakes and aerodynamics

From ADAMS files & ad-hoc simulations, to CM subsystem parametrization.

Inertial & ADAS sensors

From Inertial ADAMS sensors (acceleration, velocity, height)
To CM sensors (inertial, side slip). ADAS SENSORS – From external ad-hoc file To CM object sensors.

Inertial-ADAS-sensors

For more details view the pdf below