Finished Projects

Carbon concrete

Development and validation of test methods and design models for carbon reinforced concrete components with bending and shear loads
Development of mechanical design models for subsequently strengthened components as well as the development of methods for measuring the roughness of the surface
Future-oriented steel-free pedestrian bridge made of carbon concrete
Large-sized energy-efficient facades made of textile reinforced concrete with a sandwich-load-bearing-effect
Long-term durability of carbon reinforced concrete
Modular footbridge system with pre-tensioned CFRP reinforcement
Sandwich constructions made of thin folded and curved concrete facings
Sandwich constructions made of thin folded and curved concrete facings
Shear design for carbon concrete in accordance with the new Eurocode 2
SMART-DECK – Smart Multifunctional Strengthening and Protection System made of Textile Reinforced High Performance Mortar for Bridges
Thin-walled folded plate structures made of cementitious composites

Composite construction

Construction

Development of a new punching shear reinforcement for footings
Development of a novel modular system of precast concrete parts for bridge structures (modular bridges)
Dimensioning and construction rules for large rod diameters and high reinforcement ratios
Integrated technologies for sustainable buildings using the example of composite slab systems with integrated building services
Optimization of continuously reinforced concrete pavements (CRCP) - Prediction of crack spacing, crack width and effective crack control

Fatigue

Fatigue of pre-stressed concrete beams with and without stirrup reinforcement under shear loads
Fatigue of Semi-Precast Slabs with Lattice Girders
Fatigue of single and continuously supported Semi-Precast Slabs with Lattice Girders
WinConFat - High-cycle fatigue characterization of on- and offshore wind turbines made of reinforced concrete and pre-stressed concrete

Minimum reinforcement

Determination of the required minimum Reinforcement in restrained Concrete Members

Punching

Development of a new punching shear reinforcement for footings
Improvement of shear reinforcement design in flat slabs and footings
Punching shear behaviour of eccentrically loaded footing

Shear

Fatigue of pre-stressed concrete beams with and without stirrup reinforcement under shear loads
Shear capacity of uniaxially spanned reinforced concrete slabs without shear reinforcement under single loads
Shear in Reinforced Concrete Slabs without Shear Reinforcement

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