Mario Bolien

Papers

Total Citations

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About

Mario Bolien is a pioneering researcher in the field of hybrid experimental-numerical simulation, with a specific focus on robotic pseudo-dynamic testing (RPsDT) for complex contact-impact scenarios. His work bridges the gap between physical experimentation and computational modeling, enabling high-fidelity predictions of coupled dynamic behavior in systems where direct full-scale testing is impractical. Bolien's most cited paper, "Toward Robotic Pseudodynamic Testing for Hybrid Simulations of Air-to-Air Refueling" (2017, 9 citations), introduces a novel framework that integrates robotic actuators with numerical models to simulate the intricate contact dynamics of aerial refueling—a critical yet challenging aerospace operation. This approach allows researchers to test novel components in real-time while relying on validated models for the rest of the system, significantly reducing cost and risk. His earlier work, "Robotic Pseudo-Dynamic Testing of Contact-Impact Scenarios" (2015, 3 citations), laid the groundwork by demonstrating the method's applicability to general impact problems. Though his citation counts are modest, Bolien's contributions are foundational for advancing hybrid simulation in aerospace and mechanical engineering, offering a scalable pathway for testing safety-critical systems under realistic dynamic conditions.