Ryan Palmer

Dr. Ryan Palmer is a Lecturer in the School of Engineering Mathematics and Technology at the University of Bristol. His expertise spans fluid dynamics, industrial modeling, mathematical biology, numerical methods, and asymptotic methods. He holds a PhD and MMath, with research focusing on the interplay between fluid mechanics, electrostatics, and biological systems.

His research interests include the mechanics of fluid-body interactions, electrostatic sensing in arthropods, and the dynamics of boundary layers. Notable contributions involve modeling floral and arthropod electrostatics, aerodynamic impacts on liquid surfaces, and the theoretical analysis of mechanoreceptor arrays in arthropods.

Palmer’s work bridges mathematical modeling with real-world applications, such as understanding environmental sensing mechanisms in arthropods and optimizing industrial fluid systems. His recent publications explore topics like nonlinear shear flow dynamics, skimming impacts on shallow liquids, and particle trajectory analysis in ice crystal conditions.

While no specific grants or awards are listed, his research demonstrates a strong focus on interdisciplinary applications of mathematical and fluid dynamics principles.