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Building Materials of Today and Tomorrow – Understanding, Optimizing, and Making Them Usable
At the Institute of Building Materials, research spans from the nano- to the macroscale. Investigating these cross-scale dimensions is essential for the development of sustainable, future-optimized materials. At the nanoscale, additives such as nanoparticles enable targeted improvements in strength, durability, and resource efficiency. At the micrometer scale, the microstructure is analyzed to environmentally optimize pore structure, phase composition, and material composites. At the macroscale, the focus is on load testing and lifecycle analyses to evaluate practical applicability.
At the Institute of Building Materials, highly motivated researchers study innovative, recyclable, and CO₂-reduced building materials by combining experimental research with AI-supported modeling. Our goal is to create intelligent building materials for climate-adapted, sustainable construction.
Building Materials of Today and Tomorrow – Understanding, Optimizing, and Making Them Usable
At the Institute of Building Materials, research spans from the nano- to the macroscale. Investigating these cross-scale dimensions is essential for the development of sustainable, future-optimized materials. At the nanoscale, additives such as nanoparticles enable targeted improvements in strength, durability, and resource efficiency. At the micrometer scale, the microstructure is analyzed to environmentally optimize pore structure, phase composition, and material composites. At the macroscale, the focus is on load testing and lifecycle analyses to evaluate practical applicability.
At the Institute of Building Materials, highly motivated researchers study innovative, recyclable, and CO₂-reduced building materials by combining experimental research with AI-supported modeling. Our goal is to create intelligent building materials for climate-adapted, sustainable construction.
Last Change: 19.03.26
