Niklas Jansson
Papers
2
Total Citations
14
H-Index
2
About
Niklas Jansson is a researcher specializing in the mechanical analysis and finite element modelling of advanced thermoplastic composites. His work focuses on understanding the structural behavior of polymers reinforced with continuous fiber tows, particularly those manufactured through robotic placement—a key area for lightweight, high-performance materials. Jansson’s most cited paper, "Finite element modelling and testing of an injection moulded generic tow reinforced structure" (2005, 12 citations), demonstrates his contribution to bridging simulation and experimental validation, providing a framework for predicting the mechanical response of these complex structures. His earlier work, "Mechanical analysis of thermoplastic polymers reinforced with robotically placed continuous fiber tows" (2003), further explores the interplay between commingled fibers and tow placement, using finite element methods to optimize design. While his citation counts reflect a focused, specialized impact, Jansson’s research is foundational for engineers developing cost-effective, automated manufacturing processes for composite parts. His achievements lie in advancing predictive tools for tow-reinforced thermoplastics, supporting industries like automotive and aerospace where weight reduction and strength are critical.
Research Focus
Key Achievements
Top Papers
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