Austria | Germany | France | Sweden | India | USA | China | Singapore
Testing of Dynamic and Strength
News | < 1 minute Reading Time |

Testing of Dynamic and Strength

During operation of wind turbines high dynamic loads are considered. Therefore, static and dynamic strength and fatigue analysis are absolutely necessary on rotor blades of wind turbines.

As the size of wind turbines whose blades will soon exceed the 100 m mark and generate power of up to 8 MW, the question of the material (composites) and its strength is an ongoing issue. The Danish Test Center BLAEST in Aalborg has specialized in the testing of components of wind turbines.

The test center BLAEST, owned by the leading wind technology institutes Force Technology, Technical University of Denmark (DTU – Risø) and Det Norske Veritas DNV Germanischer Lloyd – GL operates several test stands for strength and fatigue testing of rotor blades.

The prototype of each rotor blade has to be tested before approval, and series production on its strength. These tests are carried out in accordance with IEC 61400-23. BLAEST is certified for the complete test.

Read on this topic, our cover story in the issue 03/2016 of the journal mpa here!

More articles

Products & Services

Q.series X A142

Universal I/O module with analog output for closed-loop control applications

Read more...
News

GI.bench is OUT!

We continue to improve our GI.bench data acquisition software with a strong focus on making it a scalable platform that is easy to use for both small high-speed measurement and high-channel-count, mixed-signal data acquisition applications.

Read more...
News

Gantner delivers DAQ for Open Rotor Engine

Gantner Instruments has delivered its Q.series data acquisition system for a major research programme exploring Geared Pusher Open Rotor engine designs, with the goal of achieving a 20% reduction in fuel consumption and CO2 emissions.

Read more...
Tips & Trends

Long term Volcano Monitoring – A field study

Monitoring volcano activity is an important issue in the mitigation of natural hazards. Recently, most fatal issues occurred on volcanoes with low-energy and moderate activity, making them attractive touristic places (e.g., the 2014 Mount Ontake eruption in Japan). For these types of volcanoes, monitoring involves multiphysics measurements on dense networks. Distributed networks of sensors must be easily adapted to the volcano’s evolving state and the appearance of new active areas like fumaroles or high heat flux in the soil.

Read more...
This site is registered on wpml.org as a development site. Switch to a production site key to remove this banner.