Software for real-time simulation

Mevea Simulation Software is an excellent real-time simulation tool for developers to test new features and designs of a working machine. The core of the software is Mevea’s own physics engine, which accurately simulates the mechanics, hydraulics, power transmission and the operating environment of the machine. Mathematical calculations behind the dynamics are scientifically proven.

Mevea Modeller

Create and edit virtual machine models and environments

Design mechanics, hydraulics and powertrain all on the same platform

Mevea I/O Toolbox

Connect all external systems to the simulation:

Machine control and automation systems

Simulink® simulation models

Motion platform and other hardware

Mevea Solver

Run the simulation in real time using Mevea simulation engine

View and analyse the results of user-selected parameters

Record the simulation for later review and research

Mevea Software Demonstration

Modelling and simulating

In the modelling stage, the simulation model is built the same way as in most CAD software. The mass and inertia data are brought from the CAD model for creating the machine bodies.

These bodies are then attached to each other using different constraints and joints. The hydraulics is added, as well as the engine and the power transmission. Bodies can be simulated also flexible, and the implementation of friction curves between objects is done easily.

Real-time results

After the parameters are set, the real-time simulation can be run instantly. Mevea Simulation Software will provide accurate real-time data both during the simulation and to be exported for later examination. The user can plot data, for example, of:

  • Body position and orientation
  • Energy consumption
  • Constraint forces
  • Hydraulic pressures
  • Collisions between bodies

By analysing the data, engineers will find ways to improve the machine. The necessary modifications can be made quickly and the simulation with the improved model can be run again. Using the Simulation Software, the iteration process can be run through much quicker than before, which gives the engineers and designers the possibility to test different concepts faster and with fewer resources.