Where Meta-Performance Is Proven

In metamaterial engineering, performance is not assumed—it is verified. Unlike conventional materials, meta-structures derive their behavior from precisely engineered architectures, making accurate testing and measurement a decisive factor in both design validation and performance optimization. Small deviations in geometry, boundary conditions or excitation methods can significantly alter results. For this reason, metamaterial testing must be conducted not only with advanced equipment, but also with deep domain expertise capable of correctly interpreting complex physical responses.

At MetaDyna, testing and measurement are integral parts of the development process, directly shaping how solutions are designed, tuned and validated. Our experimental capabilities provide high-resolution insight into acoustic, vibration and impact behavior, ensuring that every meta-solution performs exactly as intended under real operating conditions. Measurements are not treated as isolated verification steps, but as feedback mechanisms that actively guide high-performance engineering decisions.

Our facilities support a wide range of standardized and custom experimental evaluations, including sound absorption coefficient and sound transmission loss / transmission coefficient testing. Using precision instrumentation such as impedance tube systems, calibrated microphones and auxiliary acoustic equipment, we capture detailed frequency-dependent responses with repeatable accuracy. These measurements enable direct comparison between predicted and observed behavior, allowing rapid refinement of meta-architectures.

Beyond acoustics, our testing infrastructure extends to vibration and impact-related measurements, supporting the development of multifunctional meta-structures. The experimental data obtained feeds directly into MetaDyna’s analytical and computational workflows, closing the loop between physical testing, numerical modeling and design optimization.

Key characteristics of MetaDyna’s Testing & Measurement approach include:

• High-fidelity experimental validation for meta-material and meta-structure behavior
• Tight integration between measurement results and proprietary design workflows
• Capability to support both early-stage research and application-ready development
• Expert interpretation of complex, non-classical physical responses

By combining advanced measurement infrastructure with specialized metamaterial expertise, MetaDyna ensures that performance is not only designed—but rigorously proven.