Alena Bartsch

Papers

Total Citations

H-Index

About

Alena Bartsch is a leading researcher at the forefront of sustainable construction materials, with a primary focus on the thermomechanical behavior of novel textile-reinforced composites. Her work is pioneering the use of mineral-impregnated carbon-fibers (MCFs) as a robust alternative to traditional polymer-based reinforcements. Her most-cited paper (2024, 23 citations) establishes a critical breakthrough: while polymeric impregnations degrade under high heat or aggressive chemical environments, Bartsch’s mineral-based matrices retain structural integrity, offering a viable solution for fire-resistant and durable infrastructure. This research directly addresses a key vulnerability in modern construction, positioning her as a key innovator in geopolymer concrete technology. By demonstrating that MCF composites can withstand extreme conditions without compromising strength, Bartsch is laying the groundwork for safer, longer-lasting buildings and bridges. Her work is not only highly cited for its immediate technical impact but is also shaping the future of resilient, eco-friendly structural design, making her a vital voice in the transition toward mineral-based, high-performance building systems.