Validation testing compares the simulation to real world testing and determines if the
observed differences are acceptable for the intended use. Whether provided by you or
generated in our own testing laboratory, this comparison provides the support needed to
have confidence in the model predictions. Validation testing is a key component of
simulation deployment, and we use the ASME VV40-2018 standard to guide validation
efforts for each application.
Model Validation Plan
For each project, our team develops a model validation plan that identifies how we are comparing the question of interest (QOI) as a simulation output to physical test data. We also identify which data are being provided by you and which we will be developing test protocols for data collection in our validation laboratory. This plan also identifies the comparison criteria for the validation effort, identifying the needed level of agreement.
Our testing laboratory has been developed from the ground up to measure the important aspects of energy-tissue interaction. Using bench tissue or gel models we can collect the key material properties for your application as well as measure results to compare to the simulation predictions.
High Voltage and Current Measurement
Data Capture and Analysis
Capacitive Coupling for RF Applications
Dynamic Dielectric Measurement of Tissue
Color schlieren temperature field
Bench Model Tissue Testing
Electrical (RF and Microwave)
Thermal Camera Temperature Measurement
Schlieren Temperature Measurement