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FilmDoctor® Studio is the ultimate software for physical characterization, engineering, and optimization of arbitrary structured surfaces.

Find more details about the included features here.

This module allows the analysis of a series of indentation measurements within a calotte crater. Therefore a young’s modulus profile can be evaluated or it’s possible to get the material parameters of an underlaying layer.

Or watch some of your videos on youtube.

• Depth profile of complex coating system
• Calotte indentation method

This module evaluates the stress strain fields for all input parameter combinations to calculate a critical load for each parameter set. This allows to detect the influence of each parameter and which parameter set seems to have the biggest potential to perform best in the later application.

Find more information here.

This module works similar to the OPfC module but in the opposite direction. Instead of knowing the layer thickness and evaluating the Young’s modulus it allows to evaluate the layer thickness using a known value for the Young’s modulus.

The IStress module allows the optimization of the intrinsic stress profile to increase the application performance without changing material compounds.

More details can be found here.

This module was developed in the eu-project IStress.

This module allows you to define a set of impact with a great flexibility of parameters (e.g. mass, speed, energy, size). The stress strain field will be calculated as an animation using the defined particle parameters and evaluated contact times and conditions.

The Oliver & Pharr for Coatings module allows the analysis of indentation experiments giving the true Young’s modulus for coatings without any substrate effect and critical parameters like yield strength.

More information can be found at here.

Or watch some of your videos on youtube.

• Working with OPfC part I
• Working with OPfC part II
• OPfC workflow I
• OPfC workflow II

This extension allows the analysis of a series of indentation measurements with the OPfC module instead of only one load depth curve. This can save time and allows you to easily evaluate average values.

This module compares a set of indentation measurement at the surface with a reference measurement. This comparison allows to evaluate the residual stresses locally in comparison the reference measurement.

Find more details here.

This extension for the reference stress module allows the evaluation of the indentation measurements within a calotte crater. With this extension it’s possible to create a profile of the residual stresses within a layer.

The Scratch Stress Analyser module allows the analysis of scratch measurements giving the complete stress field at each measured position, which allows to find the initial failure mechanism.

More information can be found here.

Or watch some of your videos on youtube.

• Working with SSA part I
• Working with SSA part II
• SSA workflow I
• SSA workflow II
• SSA workflow III

This module allows the design of different measurement types, calculating the optimal load range and other parameters.

Find more details here.

Or watch some of your videos on youtube.

• TestOptimizer tutorial