Macromodel for simulating static and dynamic behavior characteristic of MEMS has become
a famous research focus. This review reports the progress on the recent development of …

In this paper, we present a technique for automatically extracting nonlinear macromodels of
biomedical microelectromechanical systems devices from physical simulation. The …

A computational “toolbox” for the a priori design of optimized microfluidic components is
presented. These components consist of a microchannel under low-Reynolds number …

This paper presents an analytical and parameterized model for analyzing the effects of Joule
heating on analyte dispersion in electrophoretic separation microchannels. We first obtain …

This paper presents composable behavioral models and a schematic-based simulation
methodology to enable top-down design of electrokinetic (EK) lab-on-a-chip (LoC). Complex …

Biotechnologists have started to exploit the IC industry's planar microfabrication technology.
The state of the art in planar biofluidic microdevices is reviewed as a way of introducing …

The development of lab-on-a-chip systems has moved from the demonstration of individual
components to a complex assembly of components. Due to the increased complexities …

Lab-on-a-chip systems can be functionally decomposed into their basic operating devices.
Common devices are mixers, reactors, injectors, and separators. In this work, the injector …

This paper presents a schematic-based and system-oriented modeling and simulation
framework to enable top-down designs of multifunctional biofluidic lab-on-a-chip systems …

Multifunctional microfluidic platforms that use ITP for sample stacking require the use of
serpentine channels. When ITP is carried out in serpentine passages, the sample band …