Otto Mohr Laboratory (OML), Institute of Concrete Structures, TU Dresden

(Maximum capacity: 35)

Location: Technische Universität Dresden, Otto-Mohr-Laboratorium, Zellescher Weg 22a

The Otto Mohr Laboratory (OML) is one of the most modern and best equipped experimental facilities in the field of construction in Saxony. Regular tests and calibration of existing testing machines and the constant expansion of the portfolio guarantee the highest standard in testing and experimentation.  

Visitors will gain insight into cutting-edge research and witness firsthand how the lab is shaping the future of sustainable construction:

Non-Metallic Reinforcements in Concrete Construction
Researchers in the lab are actively studying non-metallic reinforcements as a more sustainable alternative for concrete construction. Visitors will have the opportunity to see various specimens showcasing their application in both new construction and the strengthening of existing structures.

Concrete Research for Wind Turbines
A dedicated research group is focused on concrete construction for wind turbines, contributing to advancements in sustainable energy. The lab features a downscaled wind turbine tower used for extensive testing, which visitors will have the chance to explore.

Impact Testing in the Drop Tower
The lab is home to a large drop tower where the impact research team conducts tests on reinforced concrete structures. These tests simulate extreme conditions such as rockfall, vehicle collisions, and even bombardment, helping to develop more resilient and sustainable building materials.

High-Performance Fibre Lab, Institute of Textile Machinery and High-Performance Material Technology, TU Dresden

(Maximum capacity: 30)

Location:  Technische Universität Dresden, High-Performance Fibre Lab, Breitscheidstr. 78

The Institute of Textile Machinery and High Performance Material Technology at the Technical University in Dresden (TU Dresden) is one of the worldwide leading university research facilities in the fields of Textile Technology. In order to successfully complete various research projects, the ITM is equipped with modern infrastructure, allowing the researchers to rapidly develop innovative technologies and products.

The ITM is conducting comprehensive research and development activities in the fields of fiber- and textile-based high-performance materials as well as the corresponding product technologies for high-tech performance applications, such as functionally integrated lightweight structures, textile semi-finished products for biological and medical purposes, adaptive sensor-actuator-networks, integrated microsystems technology as well as reinforcement structures for construction engineering designed to meet specific requirements.

Alfred-Hütter Laborator, Institute for Construction Materials, TU Dresden

(Maximum capacity: For general presentation of lab and its opportunities: 25

For detailed explanations at some stages: 12)

Location: Technische Universität Dresden, Institute for Construction Materials, Georg-Schumann-Strasse 7 / 7a

The Institute of Construction Materials has several laboratories with modern equipment. The Alfred Hütter Laboratory with its attached, comprehensively equipped testing hall is used for the production and testing of both small-format and larger-dimensioned samples. 

Participants will get to see the following innovation highlights among others: Fiber reinforced concrete, additive manufacturing with mineral materials, mineral impregnated carbon fibres for concrete reinforcement etc. For more details: Institute for Construction Materials (Alfred-Hütter Laborator) highlights.pdf
 

The Hubert Engels Laboratory, Institute of Hydraulic Engineering and Technical Hydromechanics, TU Dresden

(Maximum capacity: 20)

Location: Technische Universität Dresden, Wasserbauhalle, Georg-Schumann-Str. 7A

The origins of today's Hubert Engels Laboratory date back to the hydraulic engineering laboratory founded in Dresden by Hubert Engels in 1898, the first permanent river engineering laboratory in the world. Today, the laboratory includes the hydraulic engineering hall put into operation in 2015, the laboratory rooms located in the Beyer building since 1913, and a field-testing facility on the Wilde Weißeritz river. 

The Hubert Engels Laboratory enables physical model tests for research and teaching at a wide range of technical scales. Moreover, the lab facilitates teaching by providing the opportunity for demonstrations and presentations.