OTH Regensburg, Labor Faserverbundtechnik

The Fiber Composite Technology Laboratory of the Faculty of Mechanical Engineering at OTH Regensburg transports knowledge from teaching and research into practice and supports cooperating companies in research and development projects, as well as in damage analyses of fiber composite components. In addition to the classical manufacturing as well as testing methods of fiber composite structures, the laboratory is engaged in the development of manufacturing processes in the field of fiber composite technology and the further development of additive manufacturing technology for force-flow-compatible 3D printing production of continuous fiber-reinforced, structurally optimized fiber-plastic composite components.

LFT, research and development in the field of lightweight construction and fiber composite technologies.

The Fiber Composites Laboratory deals with teaching and research in the field of lightweight construction and fiber composite technologies. In terms of additive manufacturing, the lab deals with the development of manufacturing technologies for force-flow compatible 3D printed manufacturing of continuous fiber reinforced, structurally optimized fiber-plastic composites.

• Development of additive manufacturing technologies for force-flow oriented continuous fiber reinforced 3D printing manufacturing
• Manufacturing engineering and optimization
• Development and design tasks
• Research tasks
• Process development
• Quality and process control
• Determination of characteristic values
• Test engineering
• Calculation and simulation tasks

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• Additive manufacturing of continuous fiber reinforced plastic structures
• Design according to the principles of lightweight construction
• Manufacture of fiber composite structures
• Testing and characteristic value determination on fiber composite structures
• Autoclave technology, Winding technology
• Testing technology
• Damage analysis of fiber-reinforced structures and interface technologies
• Impact behavior of fiber composite structures and material behavior
• Structural health monitoring
• Calculation and simulation

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