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Project areas EXPERIMENTAL: MATERIAL DEVELOPMENT Project A1 | Development of high-performance textiles with smart properties Textiles made from a variety of materials (e.g. carbon, steel,

C3/III AI methods for synergetic design and analysis of investigations in GRK 2250 for modelling and optimisation of impact protection systems Motivation The methodological workflow

C2/III Analysis and evaluation of the Sustainability Nexus of reinforcement measures with new composite materials Motivation Research on the Sustainability Nexus, i.e. on the analysis

C1/III: Concepts of photogrammetric of 3D particle tracking for energy dissipation analyses in impact experiments Motivation Manifold analyses in the context of impact events require

B1/III Multi-scale simulation of dynamic fibre pull-out and crack propagation in mineral-bonded composites under impact loading Motivation For the resistance of SHCC (Strain-hardening cement-based composites)

A6/III Strengthening of structures subjected to normal forces against an impact load transverse to the normal force Motivation The investigation of structural elements that are

A4/III Fully automated reinforcement with mineral-bonded fibre composites Motivation Low productivity and shortage of skilled labour constitute the major challenges faced by construction industry [1].

A1/III Development and evaluation of fibre-based 3D reinforcement structures for high energy dissipation in impact-loaded concrete components Motivation The results of the first and second

B4/III Failure simulation of structures under impact Motivation Significant damage can occur to structural elements subjected to impact loads, e.g., object penetration and splinters, which

B3/III Robust Design Optimization of hybrid reinforced strengthening layers at impact loading Motivation The first two cohorts of the RTG 2250 laid the fundamentals for