Felix Lohse
Papers
3
Total Citations
39
H-Index
3
About
Felix Lohse is a researcher at the forefront of adaptive soft materials, specializing in the development of intelligent fiber-rubber composites integrated with shape memory alloys (SMAs). His work bridges textile technology and smart materials to create structures capable of active, controllable deformation—a critical capability for next-generation aerospace components, soft robotics, and biomedical devices. Lohse’s major contributions include pioneering the experimental and numerical analysis of adaptive fiber-rubber composites, demonstrating how embedded SMA actuator wires can enable highly elastic structures to change shape on demand. His 2022 paper on this topic has garnered 27 citations, reflecting its impact in the field. He further advanced the concept by introducing solid-body hinges to improve deformation behavior, detailed in his subsequent work on hinged adaptive composites. Beyond actuation, Lohse has also addressed the challenge of electrical conductivity in soft robotics, developing an elastic, electrically conductive coating for thermoplastic polyurethane filaments—a key enabler for energy and data transmission in smart textiles. His integrated approach to material design, simulation, and textile fabrication positions him as a rising innovator in adaptive and intelligent material systems.
Research Focus
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Top Papers
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