Andreas Lamprecht
Papers
1
Total Citations
32
H-Index
1
About
Andreas Lamprecht is a leading figure in the field of computational acoustofluidics, with a primary focus on the precise manipulation of micro-particles using acoustic forces. His most cited work, "Numerical simulation of micro-particle rotation by the acoustic viscous torque" (2016, 32 citations), represents a landmark contribution by establishing the first numerical simulation framework capable of calculating the acoustic viscous torque on arbitrarily shaped particles in complex acoustic fields. This breakthrough is critical for advancing lab-on-a-chip technologies, enabling controlled particle rotation without physical contact. By rigorously modeling particles as rigid bodies and demonstrating that deformation is negligible under standard conditions, Lamprecht provided a robust, validated tool for designing next-generation acoustic tweezers and micro-rotators. His research bridges the gap between theoretical acoustics and practical microfluidic device engineering, offering a foundation for applications in cell sorting, drug delivery, and microrobotics. Through this pioneering work, Lamprecht has cemented his reputation as an innovator in the precise, non-invasive manipulation of matter at the microscale.
Research Focus
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Top Papers
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