A simulation produces results—the key is to interpret them correctly, understand the underlying physical relationships, and derive sound technical insights from them.
Simertis combines the simulation of complex dynamic systems with systematic engineering analysis. Our in-depth understanding of physical and numerical relationships enables us to tailor the scope and level of detail of our models specifically to each task at hand.
Our guiding principle is: as simple as possible, as detailed as necessary. Not every physical effect needs to be fully modeled. Often, examining broader system contexts allows for a better understanding of the key interactions. This enables us to create both compact, efficient models and comprehensive, highly complex simulations.
Through targeted analyses, parameter studies, and variant comparisons, we identify relevant influencing factors, investigate dynamic effects, and develop technical solutions.
One example is our standardized analysis methodology for the track systems of large hydraulic excavators, which allows us to systematically investigate and
