Yazan N. Billeh

Papers

Total Citations

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About

Yazan N. Billeh is a researcher whose work bridges biophysics and microfluidics, with a primary focus on harnessing osmotic principles for pressure generation. His most cited paper, "Osmosis-Based Pressure Generation: Dynamics and Application" (2014, 39 citations), offers a comprehensive theoretical and experimental framework for understanding osmotically-driven pressure in membrane-bound compartments. In this work, Billeh meticulously models the interplay of volume expansion, solute dilution, surface area-to-volume ratio, membrane hydraulic permeability, and osmotic gradient changes, while also accounting for membrane fouling and bulk modulus effects. This contribution is notable for its practical relevance to lab-on-a-chip devices and biomedical applications, where precise, pump-free pressure control is essential. Billeh’s research demonstrates a deep understanding of transport phenomena and membrane dynamics, providing a foundation for developing self-regulating, osmosis-based systems. His work has been cited by researchers in fields ranging from synthetic biology to water desalination, underscoring its interdisciplinary impact. For students and researchers exploring passive fluidic actuation or bioinspired pressure systems, Billeh’s studies offer both rigorous theory and actionable insights into the design of efficient, low-energy pressure sources.