GI.basic Training in NRW

Strain is the single most important measurement during aircraft fatigue testing. The accuracy and precision of strain gauge measurements is of the greatest importance to exactly determine the durability and damage tolerance of a structure. The higher a structure is in the ‘pyramid of test’, the higher the test complexity, number of measurement channels, and data produced. On top of that the risk in terms of time delay and cost associated to a test program increases more than proportional with the increase in test complexity. Here are six tips to help you choose the right data acquisition system for your fatigue test:

You don’t need to design a new DAQ system from scratch. Instead, you can integrate more advanced testing and technology concepts into your existing interfaces and legacy systems – sustainable and cost-effective!

Addressing Critical Obstacles in Test Bench Development
Developing test benches that comply with stringent safety standards and regulatory requirements is unavoidable in industries like automotive, energy, and medical technology. However, this process presents unique challenges, including navigating complex compliance landscapes, integrating diverse systems, managing operational risks, and ensuring thorough documentation. Below, we examine these challenges and demonstrate how Gantner Instruments' test.con software can effectively address them.

As society shifts towards clean, renewable energy, batteries and hydrogen technologies are becoming increasingly crucial. Electrochemical Impedance Spectroscopy (EIS) offers researchers and engineers valuable insights into these technologies' inner workings. In this blog post, we will explore EIS's benefits, its integration with Q.series X, and its application to batteries and hydrogen technologies.