Subject area construction of machine systems
The aim of the research in the field is the study and development of technologies for agricultural and construction machinery. ZZ concentrate the work on the Fahrprozess in tractors and associated components of the chassis. Another goal is the use of modern electronic systems and information for people on the customized automation of processes in agriculture and construction machinery.
Parent institution:
Berlin Institute of Technology (TUB) Details of TUB
Address
Subject area construction of machine systems
Straße des 17. Juni 135
10623 Berlin
Berlin
Phone: +49 (0)30 314-0
Fax: +49 (0)30 314-23222
email: pressestelle(@)tu-berlin.de
Activities:
- Research
Focus of Research:
- Clarification of the influence of Reibschicht on Reibprozess
- Development of an electronic chassis management systems for tractors
- Development of maintenance strategies for trams
- Identification of system features brake systems of trucks, trains and wind
- Identification of the system behavior of full-suspension chassis tractors
- Suitability for studies of friction brakes in trucks and trains
Coordinated projects
- Collaborative project: Manufacturer independent agricultural controlling, documentation and management system (Agro-MICoS) – Subproject 1 Details of Collaborative project: Manufacturer independent agricultural controlling, documentation and management system (Agro-MICoS) – Subproject 1
- Collaborative project: Self-configuring, mobile networks in the area of agriculture for tracing, optimising and documenting harvesting processes (LaSeKo) – Subproject 1 Details of Collaborative project: Self-configuring, mobile networks in the area of agriculture for tracing, optimising and documenting harvesting processes (LaSeKo) – Subproject 1
- Joint Project: Intelligent Radio-based irrigation (IFuB) - Subproject 1 Details of Joint Project: Intelligent Radio-based irrigation (IFuB) - Subproject 1
Involved in research projects:
- Joint Project: Intelligent Radio-based irrigation (IFuB) – Subproject 5 Details of Joint Project: Intelligent Radio-based irrigation (IFuB) – Subproject 5