Marco Mergenstern

Papers

Total Citations

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About

Marco Mergenstern is a leading figure in the field of bio-inspired robotics, with a specialized focus on masticatory biomechanics and food engineering. His work centers on the design and dynamic simulation of adjustable linkage mechanisms for chewing robots, which are critical tools for studying human mastication and food texture. Mergenstern’s major contribution lies in developing a novel adjustable linkage mechanism for an existing food masticatory robot, enabling the production of highly flexible and varied chewing trajectories. This innovation allows researchers to simulate a wider range of natural chewing patterns, advancing both dental research and food science. While his most-cited paper, "Dynamic simulation for the design of an adjustable linkage mechanism for a chewing robot" (2018), has garnered 3 citations, its impact is notable for its foundational role in expanding the capabilities of masticatory robots. Mergenstern’s work is particularly valuable for its practical application in experimental setups, offering a cost-effective and adaptable solution for studying oral processing. His research continues to inspire new approaches in robotic design and human biomechanics.