IUTAM Summer School on Mechanics in Microfluidics – Beijing

16 Aug 2009 - 21 Aug 2009

peking_university1

at Peking University (PKU), Beijing
Aug. 16-21, 2009

Program

Chairman: Prof. Chih Ming Ho (UCLA ,USA)
Co-Chairman: Prof. Jing Fang (PKU, China)

Lecturers:
Prof. Chih Ming Ho, University of California at Los Angeles, USA
Prof. George Karniadakis, Brown University, USA
Prof. Patrick Tabeling, MMN-LPS, ESPCI, France
Prof. Jeff Tza-Huei Wang, Johns Hopkins University, USA
Prof. Yanyi Huang, Dept of Materials Nanotechnology, PKU, China
Prof. Laurent Pilon, University of California at Los Angeles, USA
Prof Chunyang Xiong, Dept Biomedical Engineering, PKU, China
Prof. Xingyu Jiang, National Center of Nanotechnology, China
Prof. Chunxiong Luo, Academy for Adv Interdisciplinary Studies, PKU, China

Sponsored by: International Union of Theoretical and Applied Mechanics (IUTAM)
Chinese Society of Theoretical and Applied Mechanics (CSTAM)
Beijing International Center for Theoretical and Applied Mechanics (BICTAM)

Supported by: National Nature Science Foundation (NNSF)
Peking University (PKU)

Introduction

The recent developments of microfluidics have revolutionized many fields of sciences and technologies such as chemistry and biology, with applications of genomics and proteomics; lab-on-chip-analysis; micro-quantity syntheses; clinical diagnoses and on-line analysis of reaction processes, environment monitoring, etc. Increased demands for microfluidic will dramatically increase the range of applications for microsystems.

Microfluidics deals with the transfer and control of small amount (nano or pico liter range) of fluids in microscale flow configurations, which makes the manipulation of cells and macro molecules become possible in the micro channels/reactors in integrated system. The matching between the length scales of the flow and the cells/micro-particles affects directly the efficiencies of momentum and energy transfer of the motions. The small transverse length scale in microfluidic system produces very small Reynolds number with high velocity gradient and high viscous force, which is much different from the macro flows with higher inertia of fluid mass. If the size further reduced to nano-scales, the hypothesis of continuum becomes questionable. The surface effect on the motion of the cell/molecules near the solid boundary can be dominating. The size effects due to the large surface to volume ratio is evident in this flow regiem. Driving forces in eh microsystem may need to combine the hydrodynamic pressures and the electrokinetics force.These aforementioned phenomena are interesting topics in micro/nano fluidic researches. Due to the change of force fields in the large range of length scales, the development of proper models and theories becomes more and more important for the interpretation the interesting phenomena in micro flow and for the exploration of optimal design and fabrication of microfluidic systems.

Topics

In this summer school, the research achievements in this field during recent years will stimulate the interests of young scholars and students to enter the field of this challenging technology. The topics of the lectures include:

• Size and surface effects in microfluidics and their influences on macro-parameters of fluid mechanics
• Action and coupling of hydrodynamic pressures and electrokinetic force fields in flow control of microfluidic system.
• Innovative pattern design and flowing analysis in the manipulation of cells, molecules and DNA/RNA.
• Measurement methodologies and techniques in microfluidic mechanics such as optical detection and micro particle image velocimetry
• Computational simulations of microfluidic mechanics with advanced models and algorithms.
• Mechanics related to the microfluidic applications of mixing, separation, filtering, sensing and actuating in MEMS and Nano devices.

Schedule

Aug 16, (Sunday)
15:00-19:00 Registration at Center for Theoretical Physics, Peking University
18: 00-19:30 Welcome Reception

Aug 17, (Monday)
8:45-9:00 Opening Ceremony
J Fang: Welcome
C M Ho: Opening Remarks
Representive of CSTAM: Remarks

Lecture 1: Prof. Chih Ming Ho, (University of California at Los Angeles)
9:00 -12:00 Title: “From Materials, Devices, Systems to Complex Systems”

12:00-13:30 Lunch:

Lecture 2: Xingyu Jiang (National Center of Nanotechnology)
13:30-15:00 Title: “Micro/Nano-Scale Tools for Biochemical Analysis” ”

Lecture 3: Chunyang Xiong (Peking University)
15:15-16:45 Title: “Microfuidics: Multi-functional Tools for Cell Mechanics”

Aug 18, (Tuesday)
Lecture 4: George Karniadakis (Brown University)
8:30 -12:00 Title: “Multiscale modeling of microflows and nanoflows ”

12:00-13:30 Lunch:

Lecture 5: Laurent Pilon, University of California at Los Angeles
13:30-16:30 Title: “Interfacial Phenomena and Microfluidics in Aqueous Foams”

Aug 19, (Wednesday)
Lecture 6: Patrick Tabeling, (MMN-LPS, ESPCI)
8:30 -12:00 Title: “Physical aspects of microfluidics”

12:00-13:30 Lunch:

Lecture 7: Yanyi Huang, (Peking University)
13:30-15:00 Title: “Large scale integrated microfluidic chips”

Lecture 8: Chunxiong Luo (Peking University)
15:15-16:45 Title: “Diffusion-based (zero-flow) microenvironment control for cell culture and bacterial migration studying”

Aug 20, (Thursday)
Lecture 9: Jeff Tza-Huei Wang, (Johns Hopkins University)
8:30 -12:00 Title: “Microfluidics Mediated Single-Molecule and Single-Cell Analysis“

12:00-13:30 Lunch:

Discussions: between lectures and students
13:30-15:30

Closing Remarks: Jing Fang

Note:
Breaks will be included during the lectures.
Discussion will also be included after each lecture