Marianne Reijerkerk

Papers

Total Citations

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About

Marianne Reijerkerk is a researcher whose work sits at the critical intersection of flight dynamics, aircraft design, and multi-disciplinary modeling. Her primary research focus is on developing robust, integrated simulation frameworks for flexible aircraft, a field essential for modern aerospace engineering. Her most cited work, "Process, methods and tools for flexible aircraft flight dynamics model integration" (2007), directly addresses a core challenge in the industry: creating flight dynamics models that are both highly accurate for complex analyses—such as flight loads and control law design—and computationally efficient enough to support thousands of iterative simulations. This contribution is pivotal for bridging the gap between detailed aerodynamic and structural models and the practical demands of aircraft certification and performance optimization. While her citation count of 15 for this key paper reflects a specialized, technical audience, the impact of her work is significant within the aerospace community, providing foundational methodologies for engineers and researchers working on next-generation, flexible airframe designs. Reijerkerk’s research remains a valuable reference for those seeking to streamline the complex integration of flight dynamics into the broader aircraft design process.