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Application Notes

Researchers at FH CAMPUS 02 used Dewesoft modal analysis and impact testing to compare the vibration behavior of two tennis rackets and evaluate the effect of a vibration damper. The study showed that racket construction strongly influences vibration, comfort, and control, while the damper has little effect on overall structural dynamics, affecting only localized string-bed vibrations.

Case Studies

KEBA validated its 320 kW DC fast charger in an AIT climate chamber to ensure reliable operation under extreme temperatures. Using synchronized Dewesoft power measurements, engineers verified thermal management, gradual power derating, efficiency, and automatic power recovery during controlled load tests. The results confirmed safe, standards-compliant performance and reliable charging in demanding environments.

KS

Konrad Schweiger

Jul 23, 2026

Corporate News

UniNa Corse validated the vehicle dynamics model of its first fully electric Formula Student race car by comparing simulation results with high-precision track testing. Using Dewesoft data acquisition, advanced tire modeling, and iterative validation, the team reduced simulation error from over 30% to less than 2%, creating a reliable virtual model for faster setup optimization, improved handling, and future vehicle development.

Case Studies

Dynamotion investigated the causes of bicycle fork vibrations during front disk braking by combining on-road testing, laboratory modal analysis, Dewesoft KRYPTON data acquisition, and numerical modeling. The study identified brake friction material, wheel dynamics, and fork stiffness as the main factors behind vibration and provides practical design recommendations to improve rider comfort, confidence, and braking performance.