Seite - 672 - in Book of Full Papers - Symposium Hydro Engineering

• Close coordination, cooperation and provision of expertise towards thematically related initiatives, such as state crisis and civil protection management • Establishment of a reliable partner network for national and international research activities by networking and expanding existing structures • Access to scientific issues initiated directly from the field • Sharing existing and new infrastructure. In order to be able to realize these added values, together with the creation of a common organizational structure, the development of the common infrastructure is absolutely necessary. Therefore, a mobile research platform is being developed. The aim of this cooperative project is to establish an infrastructure (analysis laboratory), which enables the researchers and experts of the DCNA network to make their expertise available locally and in real time during disaster events. This system will be modular in its basic technical structure: • Information and communication modules • Laboratory and analysis workstations • basic technical equipment for field operation With regard to sensors and analytics, the two scientific partners will equip the modules according to their respective scientific strengths. The aim is an integrated overall concept, based on the complementary strengths of the scientific partners and also coordinated with each other in terms of organization. A current focus of the mobile research laboratory will be the monitoring and analysis of gravitational mass movements, e.g. Landslides or potential rock and landslides. With the high- precision measuring systems introduced by the university partners and the selective new acquisitions (terrestrial laser scanners, terrestrial interferometry, drones equipped with multi-sensor systems, engineering geodetic measuring instruments) as a supplement to existing equipment, it will be possible to produce highly precise multi-temporal digital elevation models of affected areas to create and to observe mass movements continuously. Based on these measurement results and deformation controls, model calculations for risk and risk assessment can be carried out at the same time. The analysis of deformations in structures (e.g. piers, buildings, highways, dams…) represents another important application of mobile measurement and analysis units. The planned container systems, which are completed in terms of their equipment to form a complete system, are brought into use as a joint large-scale laboratory. Due to the complementary expertise of both universities, these interdisciplinary missions can increase the measuring and analysis capacities as well as the possibilities for the stationing of scientific staff in the field (number of jobs). The realization of the acquisition of the two container systems planned in the first half of the project requires great know-how about their requirements and design. The fire brigade and the army in particular have been using such systems for many years, and the universities can and do wish to draw on these experiences in the cooperation project. Within the framework of the project, a dedicated section will deal specifically with the technical design of the container systems. 672