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Modeling, design and applications of MEMS

MEMS 建模、设计与应用

基本信息

批准号：
RGPIN-2021-04029
负责人：
Stiharu, Ion
金额：
$ 1.97万
依托单位：
Concordia University
依托单位国家：
加拿大
项目类别：
Discovery Grants Program - Individual
财政年份：
2021
资助国家：
加拿大
起止时间：
2021-01-01 至 2022-12-31
项目状态：
已结题

来源：
https://www.nserc-crsng.gc.ca/ase-oro/Details-Detailles_eng.asp?id=742825
关键词：
Modeling design applications MEMS

项目摘要

The present proposal extends the program projected in 2016 and focuses on aspects related to modeling, analysis, manufacturing and test of microsystems with the overall scope to advance the development of microsystems and microfluidics into a more streamed process. The main applications focus on the development of efficient microfluidics which are conceived as function blocks. The creation of models of such modular functional microfluidic blocks will enable the fast design, analysis, optimization and finally, fabrication of microfluidic circuits fast and efficient. The development, model creation, analysis and validation of models of such modules of such function blocks will constitute one stream of work. The investigation will be extended to development of paper based microfluidics. The paper such prepared will be a combination of cellulose paper and starch based paper which will enable controlled capillary flow. The work will extend to other types of paper based microsystems including functionalized cantilever beams from paper and paper-like materials. The investigation is extended to development of piezoelectric paper made micro-cantilever beams used for energy scavenging. The investigations will be extended to paper-based - including starch paper microfluidics where the intent is to be able to fully control the porous flow into porous media. I also plan to continue my previously initiated research focusing on microcantilever beams with applications in energy harvesting/scavenging, for applications related to wearables and also, for detection of viscosity of small volume of fluids.

目前的提案扩展了2016年预计的项目，重点关注与微系统建模、分析、制造和测试相关的方面，总体范围是推动微系统和微流体的发展进入一个更流化的过程。主要的应用集中在高效微流体的开发上，这些微流体被认为是功能块。这种模块化功能微流控模块模型的创建将使快速设计、分析、优化以及最终快速高效地制造微流控电路成为可能。这些功能块的这些模块的模型的开发、模型创建、分析和验证将构成一个工作流。研究将扩展到基于纸的微流体的发展。这样制备的纸将是纤维素纸和淀粉基纸的组合，这将使毛细管流动得到控制。这项工作将扩展到其他类型的基于纸的微系统，包括由纸和类纸材料制成的功能化悬臂梁。将研究扩展到用于能量清除的压电纸微悬臂梁的开发。研究将扩展到纸基微流体，包括淀粉纸微流体，其目的是能够完全控制进入多孔介质的多孔流动。我还计划继续我之前开始的研究，重点是微悬臂梁在能量收集/清除方面的应用，与可穿戴设备相关的应用，以及小体积流体粘度的检测。