This paper reports for the first time a millimeter scale fully packaged device which generates a vortex flow of high velocity. The flow which is simply actuated by a PZT diaphragm circulates with a higher velocity after each actuating circle to form a vortex in a desired chamber. The design of such device is firstly conducted by a numerical analysis using OpenFOAM. Several numerical results are considered as the base of our experiment where a flow vortex is observed by a high speed camera. The present device is potential in various applications related to the inertial sensing, fluidic amplifier and micro/nano particle trapping and mixing.Full Tex
This project presents an investigation on flow characterization in a micromixer with actuation. The ...
The problem of vortex shedding, which occurs when an obstacle is placed in a regular flow, is govern...
A micro Coriolis flow sensor accurately measures small mass flows without being affected by properti...
This paper reports for the first time a millimeter scale fully packaged device which generates a vo...
This paper develops a millimeter scale fully packaged device in which a vortex flow of high velocity...
A fully packaged convective vortex gyrometer actuated by a PZT diaphragm is reported. The flow circu...
In this paper, we report on the design, simulation, and experimental analysis of a miniaturized devi...
We realized a structure that is able to generate vortices inside a microfluidic channel. The structu...
This thesis proposes a novel air flow sensor based on PZT material which is used to measure air velo...
A micro-valve pulsed-jet vortex-generator driven by piezoelectric actuation was successfully modelle...
A piezoelectrically actuated valveless micropump has been designed and developed. The principle comp...
This paper presents construction and performance of a novel hybrid microelectromechanical system (ME...
The formation of a free-vortex has been captured by using a high-speed camera (Y3, IDTVision, Inc.)....
Vortex flow, from millimeter to kilometer in scale, is important in many scientific and technologica...
This project which began in 1986 as part of the Worcester Polytechnic Institute (WPI) Advanced Space...
This project presents an investigation on flow characterization in a micromixer with actuation. The ...
The problem of vortex shedding, which occurs when an obstacle is placed in a regular flow, is govern...
A micro Coriolis flow sensor accurately measures small mass flows without being affected by properti...
This paper reports for the first time a millimeter scale fully packaged device which generates a vo...
This paper develops a millimeter scale fully packaged device in which a vortex flow of high velocity...
A fully packaged convective vortex gyrometer actuated by a PZT diaphragm is reported. The flow circu...
In this paper, we report on the design, simulation, and experimental analysis of a miniaturized devi...
We realized a structure that is able to generate vortices inside a microfluidic channel. The structu...
This thesis proposes a novel air flow sensor based on PZT material which is used to measure air velo...
A micro-valve pulsed-jet vortex-generator driven by piezoelectric actuation was successfully modelle...
A piezoelectrically actuated valveless micropump has been designed and developed. The principle comp...
This paper presents construction and performance of a novel hybrid microelectromechanical system (ME...
The formation of a free-vortex has been captured by using a high-speed camera (Y3, IDTVision, Inc.)....
Vortex flow, from millimeter to kilometer in scale, is important in many scientific and technologica...
This project which began in 1986 as part of the Worcester Polytechnic Institute (WPI) Advanced Space...
This project presents an investigation on flow characterization in a micromixer with actuation. The ...
The problem of vortex shedding, which occurs when an obstacle is placed in a regular flow, is govern...
A micro Coriolis flow sensor accurately measures small mass flows without being affected by properti...