Simulation brings
engineering in the right direction
on the move
Simulating a single component is one thing. But you can only really optimize if you also simulate assembly.
For engineers, motion is crucial to simulate. After all, different physics play an important role in motion. You want parts that are interconnected to interact correctly with each other so they come together in safe, reliable and durable assemblies.
You can save a lot of time if you simulate in advance which parts pose risks. You can also save a lot of material and money by looking at the parts as they move relative to each other. ‘Maybe it doesn’t have to be so heavily designed here, or maybe it would be better to change materials there…’
By looking at the components as well as the bigger picture, you can fully design for efficiency, durability and reliability.
It is usually not until very late in the design, or sometimes even the manufacturing process, that a manufacturer really understands actual system performance. By then, all mechanical, electrical and other subsystems will have been validated. Sometimes each due to different specific or different requirements within the engineering process of the systems. But the entire assembly in motion is only tested and validated at the end.
This is where tuning, and changes in initial design are common. But it also presents additional risks, costs time and money. So why not make sure you can virtually test these in a timely manner and mitigate these risks in advance?
Therefore, test the entire assembly beforehand to make sure it meets the requirements rather than just the individual components.
Adams helps you simulate how parts of a product interact with each other, how they move, and how they are built and controlled.
With a Multi-Body Dynamics (MBD) approach, you can perform nonlinear analyses in a fraction of the time that traditional FEA solutions would require. By the way, MBD and FEA work perfectly together to analyze critical components. So you are completely assured of safe, reliable and durable assemblies.
For the next generation of electromechanical drive systems, Romax has the most complete simulation platform.
Romax’s software has been helping companies develop electric powertrains for more than 30 years. Our onboarding experts also help design and test systems so they work right the first time.
Romax has 6 different modules, each specializing in solving specific problems for engineers and designers:
Elements enables the rapid creation of multi-fidelity, multi-domain models for testing designs. In order to accelerate product development.
With intuitive drag-and-drop libraries, you link components from different areas of physics while capturing complex dynamics in a single model.
There is also a strong link with other Hexagon products, such as Adams, for example.
Elements provides a powerful simulation environment for decision-making early in the design process. Many industrial sectors such as robotics, energy, packaging and logistics, automotive, aerospace heavy machinery are already widely using this highly efficient working environment.
Simulate controllers and control systems in the context of hydraulics (including thermal effects), pneumatics, gas flow, thermal, electrical, mechanical, cooling, lubrication or fuel systems, and much more.
To engineer complex systems such as aircraft, vehicles and agricultural equipment, a systems engineering approach is necessary. Traditional construction and testing methods are costly and time-consuming. With the need to increase innovation while reducing costs and time-to-market, industries are more challenged than ever.
Easy5, as the name also says, helps you make it “easy.
Don’t hesitate to contact us for more information or a demo with no obligation
We have been doing this since 1998 with a tremendous passion for data and technology and a real results-oriented, no-nonsense mentality. In an open, transparent working environment, we like to give our specialists the space to get the best out of themselves. The love of the profession, freedom and synergy between our young potentials and professionals result in a close-knit team feeling.