Model Updating and Validation

We obtain high-accuracy results by calibrating theoretical models with experimental data.

Our Services:

Parametric Model Updating

Natural Frequency and Mode Shape Validation

Finite Element Model Optimization

Boundary Condition Definition

Our model updating and validation services ensure that your theoretical models accurately reflect real system behavior. Theoretical models used in engineering analyses may contain various simplifications and assumptions, which can cause deviations from actual system behavior. Our expert team makes parametric updates to increase the accuracy of models by comparing them with experimental measurements. In this process, the dynamic properties of the system (natural frequencies, mode shapes, damping ratios) are compared experimentally and numerically, and model parameters are optimized to minimize the difference. In updating finite element models, we ensure that material properties, geometric details, and boundary conditions represent reality in the best possible way. With updated and validated models, you can more reliably predict the effects of changes to the system and accelerate your design processes.