Extended Abstracts
Plenary Talk and Keynotes
Extended Abstracts (in order of presentation)
- Characterization of Nanostructure-Supported Evaporation under a Growing Bubble (S. Ridwan, Drexel University)
- Flow boiling of HFE-7100 in Multi-Microchannels: Aspect Ratio Effect (T. Karayiannis, Brunel University London)
- Condensation Diffusion Boundary Layer Mixing by Jumping Droplet Condensation (L. Li, University of Illinois Urbana-Champaign)
- Contact Angle Dynamics during the Evaporation of Water from Hydrophilic and Hydrophobic Graphene Surfaces (P. Chakraborty, Kansas State University)
- Experimental Study of Flow Boiling Heat Transfer in Microgaps with Variable Power and Area Densities (L. Lorenzini, Georgia Institute of Technology)
- Anti-Icing Meter Scale Superhydrophobic Heat Exchangers (K. Boyina, University of Illinois Urbana-Champaign)
- De-Wetting and Condensate Removal from Ambiphilic Microchannels (R. Winter, Drexel University)
- Heat transfer enhancement by oscillatory baffled flows (R. Law, Newcastle University)
- Distribution of Saturated Refrigerants in Microchannel Heat Exchanger Headers (A. Mahvi, Georgia Institute of Technology)
- Micro-mixing performance of mesoscale oscillatory baffled reactors (J. McDonough, Newcastle University)
- Study of droplet formation in microchannels using the two-colour PIV technique (E. Roumpea, University College London)
- Micro- and Nanostructures Role on Enhancement of Surface Heat Transfer in Microchannel Flow Boiling Process (S. Moghaddam, University of Florida)
- Flow Regime Mapping of Small-Scale Gas-Solid Fluidized Beds (J. McDonough, Newcastle University)
- Particle separation in small cross-section spiral microchannels using weakly developed Dean flows (G. Kim, Georgia Institute of Technology)
- Enhanced dropwise condensation on a hydrophilic-slippery surface with small contact angle and small sliding angle (L. Guo, Xi'an Jiaotong University)
- Microscale Single Phase Cooling Techniques for Durable Electronic Packages (D. Pahinkar, Georgia Institute of Technology)
- SAW-Pirani vacuum sensor with extended range and sensitivity (S. Toto, Karlsruhe Institute of Technology)
- Comparison of Experimental and Computational Heat Transfer Characterization of Water Jet Impingement Array with Interspersed Fluid Extraction (T. Bandhauer, Colorado State University)
- An Optimization Study on Thermal Energy Harvesting from Micro Cavitating Flows (A. Kosar, Sabanci University)
- Computational study of a novel Knudsen pump design exploiting drilling and 3D printing techniques in low thermal conductivity materials (G. LĂłpez Quesada, INSA Toulouse)
- Time-resolved Characterization of Unsteady Microscale Flows (S. Zhang, University College London)
- All in One - Advanced technologies for complex low cost microfluidic devices in glass, silicon and quartz (K. Kadel, Little Things Factory)
- The effect of curvature angle on mixing efficiency in curvilinear microchannels (A. Kosar, Sabanci University)
- Ferrohydrodynamic Separation of Circulating Tumor Cells (L. Mao, University of Georgia)
- Microfluidics to Relate Cell Biophysical Properties to Cell Functional Properties (T. Sulchek, Georgia Institute of Technology)
- Ultrafast microfluidic cell compression for intracellular macromolecule delivery (A. Liu, Georgia Institute of Technology)
- A Microfluidic Platform for Single-Step Isolation and Mechanotyping of Ovarian Cancer Cells from Patient Samples (N. Stone, Georgia Institute of Technology)
- Temperature Swing Adsorption Processes for Gas Separation (D. Pahinkar, Georgia Institute of Technology)
- Characteristics of pressure drop instability in microchannel cooling system (Q. Jin, Rensselaer Polytechnic Institute)
- Surface structure enhanced microchannel flow boiling of HFE-7000 (J. Sircar, Massachusetts Institute of Technology)
- Advanced CFD methodology to investigate heat exchanger performance and experimental validation of a reduced model for a micro-CHP application (J. Joseph, Karlsruhe Institute of Technology)
- Experimental Investigation of Condensation Phenomenon on Hydrophilic and Hydrophobic Titanium (Ti) Pillared Glass Surfaces (M. Haque, Kansas State University)
- Fluid dynamics and thermal analysis of different Micro-Cells geometries (M. Spizzichino, University La Sapienza)
- Buoyancy Influenced Heat Transfer Performance of Supercritical Carbon Dioxide in Microchannel Heat Exchangers—Horizontal Flow Configuration (S. Jajja, Oregon State University)
- Heat Transfer Performance of Heated Upward Turbulent Supercritical CO2 Flow in a Microchannel: A Numerical Study (M. Nabil, The Pennsylvania State University)
- Heat Transfer Enhancement in Liquids Using Self-Propelled Particles (J. Moran, George Mason University)
- Numerical simulation of liquid-liquid slug flow in a square microchannel of cross-shaped junction (R. Filimonov, Lappeenranta University of Technology)
- The effect of gas-phase transport on buoyancy-Marangoni convection in confined volatile binary fluids (T. Qin, Georgia Institute of Technology)
- Characterizing Evaporation of a Sessile Droplet using Quartz Crystal Microbalance (B. Murray, Rensselaer Polytechnic Institute)
- Investigating Rocks Permeability from Network Modelling to Direct Simulation (M. Tembely, Khalifa University)
- Mass Transfer Enhancement of Nanofluids in a Closed System (S. Kim, Korea University)
- Nanodiamond nanofluids: Microstructural analysis and heat transfer study (E. Languri, Tennessee Tech University)
- Thermal-Hydraulic Property of SiO2 - Ethylene Glycol/Water Nanofluid (S. Hashimoto, Toyota Central R&D Labs)
- Visualization experiment of supercooled water in a microchannel using near infrared absorption imaging technique (T. Yamada, Nagoya Institute of Technology)
- Development of Viscosity Measurement Technique in Microchannel Using Fluorescence Polarization Method (T. Nakagawa, Kyoto University)
- Acoustic platform for nanoscale molecular synthesis and detection (M. Binkley, Washington University in Saint Louis)
- Evaluation of Particle Motion Characteristics in Microchannel Flow Alignment System with Ladder-type Electrodes (A. Noma, Kyoto University)
- Soft Lithography Replication of Bioinspired G. dalenii Surface for Condensation, Fog Harvesting and Microfluidic Applications (D. Orejon, Kyushu University)
- Condensation Limits on Biphilic Surfaces (M. Kim, University of Illinois Urbana-Champaign)
- The Role of Surface Wettability on Dropwise Condensation (H. Cha, University of Illinois Urbana-Champaign)
- Competition Between Wicking and Evaporation in Structure-Enhanced Pool Boiling Critical Heat Flux (H. Hu, Purdue University)
- Nanoparticle Diffusion in Microvessels (Z. Liu, Georgia Institute of Technology)
- Modeling collective biophysical behavior of platelets in blood clotting (Y. Sun, Georgia Institute of Technology)
- Cross-stream inertial migration of rigid microparticles in a pressure-driven flow of a power-law fluid (F. Chrit, Georgia Institute of Technology)
- Investigation of Lymphatic Valve and Vessel Operation via Computational Modeling (K. Wolf, Georgia Institute of Technology)
- Interfacial Heat Transfer Measurements during Flow Boiling in a PDMS Rectangular Microchannel (S. Korniliou, Brunel University London)
- Two-Phase Flow in Plain and Enhanced Narrow Gaps: Pressure Drop and Interfacial Area Density Trends (A. Rattner, The Pennsylvania State University)
- Passively Regulate Two-Phase Flow Patterns of Flow Boiling in Microchannels (C. Li, University of South Carolina)
- Droplet Growth Kinetics During Dropwise Condensation (J. Carpenter, University of Illinois Urbana-Champaign)
- Nanoparticle Transport in Microvascular Bifurcations (Z. Liu, Georgia Institute of Technology)
- Velocity, hematocrit and aggregation characteristics of stiffened erythrocytes in microflow (A. Passos, University College London)
- Particle and Red Blood Cell Concentration Distributions in Narrow Microchannel Flows with Wall Effects (K. Tatsumi, Kyoto University)
- Arterial Thrombosis Microfluidics: Control of the Third Dimension by Grayscale Lithography (M. Griffin, Georgia Institute of Technology)
- Controlling the Conformational Changes of vWF in Shear Flow with Charged Nanoparticles (Y. Zhu, Georgia Institute of Technology)
- (Not presented) Evaporation, boiling and Leidenfrost effect on new surfaces of thermal interface materials based on monodisperse microspheres and carbon micro-nanocomponents (A. Dmitriev, Moscow Power Engineering Institute)