Mohraz Lab Colloid Science and Complex Fluids Engineering Mohraz Lab Colloid.

Slides:

Advertisements

Similar presentations

U g e l s t a d L a b o r a t o r y UGELSTAD LABORATORY - surface, colloid and polymer chemistry group ~35 persons Experimental group, modern instrumentation.

Advertisements

Nature provides us of many examples of self- assembled materials, from soft and flexible cell- membranes to hard sea shells. Such materials.

Simulations and theory are being used to investigate the statistical mechanics of jammed particulate matter. JAMMED MATTER A slow shear flow is a applied.

SERC School and Symposium on Rheology of Complex Fluids-2013 (SERC School 16 th -18 th Dec & Symposium th Dec. 2013) Proposed Sponsor: Science and.

Biljana Stojković Mentor: Prof. Dr Igor Poberaj University of Ljubljana Faculty of Mathematics and Physics Ljubljana, December 4th, 2012.

Chapter 01: Flows in micro-fluidic systems Xiangyu Hu Technical University of Munich.

Self-Assembly of Colloidal Systems and Its Application Keng-hui Lin 林耿慧 Institute of Physics Academia Sinica.

Department of Chemical Engineering Kutlu Ülgen, Chair RESEARCH RESOURCES: 19 faculty members  Biomolecular.

Direct numerical simulations of droplet emulsions in sliding bi-periodic frames using the level-set method See Jo Wook Ryol Hwang*

 Power split transmissions & hydraulic hybrid systems  Output coupled transmissions  Input coupled transmissions  Dual stage and compound systems 

COST Action no. FA1001 The application of Innovative Fundamental Food-structure- property Relationships to the Design of Foods for Health,

Laura Schmidt, PHY335, Dec. 2, 2003 Selective withdrawal using non-Newtonian fluids The process: withdrawing fluid through a pipette positioned above a.

Department of Mathematical Sciences. Applied Mathematics –Computational Enginee Research – F. Tanner –Simulation of Food Sprays – F. Tanner –Multiphase.

Applied Mathematics –Computational Engine Research – F. Tanner –Simulation of Food Sprays – F. Tanner –Multiphase Fluid Systems – K. Feigl –Cardiac Dynamics.

Nilsson Lab UCI Nuclear Laboratory: Nuclear Fuel Cycles, Nuclear Security and Nuclear Medicine

Reduced Degree of Freedom Predictive Methods for Control and Design of Interfaces in Nanofeatured Systems Brenner, Buongiorno-Nardelli, Zikry, Scattergood,

A Proposal for the Expansion of DPOLY Motivation: Increase the breadth of Divisional focus to include soft matter materials research that has overlap in.

1 Distributed Big Data & Analytics University of Cincinnati – Modeling and Simulation Project/Research Title: Study of Active and Passive Flow Control.

Surface and Interface Chemistry  Rheology Valentim M. B. Nunes Engineering Unit of IPT 2014.

Wang Lab Nanostructured Biomaterials Wang Lab Nanostructured Biomaterials

Mecartney Lab Advanced Ceramic Materials

FP7 Cooperation Work Programme NANOSCIENCES, NANOTECHNOLOGIES, MATERIALS AND NEW PRODUCTION TECHNOLOGIES - NMP.

Porous PEG-Fibrinogen Hydrogel Scaffolds for Tissue Engineering Ortal Yom-Tov The Interdepartmental Program for Biotechnology Technion Supervisors: Prof.

Instrumentation and Metrology for Nanocharacterization.

Fluid Interface Atomic Force Microscopy (FI-AFM) D. Eric Aston Prof. John C. Berg, Advisor Department of Chemical Engineering University of Washington.

Polymer and Colloid Science Group People Research Activities Collaborations Output Funding Selected Presentations IESL:03/ 2006.

1 New Materials, Surfaces and Sensing Applications Novel Functional Materials Intelligent Materials Surface Functionalisation Nanomaterials and Nanocoatings.

OMICS International Contact us at: OMICS Group International through its Open Access Initiative is committed to make genuine.

Behavior of a Droplet with a Reactive Interface Angela M Jiménez 2, Sigolene Lecuyer 1, Howard Stone 1, Andrew Belmonte 3 1 Harvard University School of.

Ragan Lab Self-Organization of Nanosystems Ragan Lab Self-Organization.

Purdue University Materials Engineering 1 Professor Kevin Trumble, School of Materials Engineering Goals for this seminar: 1.Prof. Trumble 2.Purdue University.

Mumm Lab Advanced Materials and Structures Laboratory

Emulsion-templated synthesis method Chem 750 Antony Han University of Waterloo.

Yee Lab Nanotechnology using Polymers Yee Lab Nanotechnology using Polymers.

Laboratory of Molecular Simulations of Nano- and Bio-Materials Venkat Ganesan “Where molecules and models meet applications” Computations Fluid Mechanics.

THE UNIVERSITY OF AT AUSTIN Roger T. Bonnecaze Department of Chemical Engineering Institute for Computational Engineering & Sciences Texas Materials Institute.

Introduction to Dispersed Systems FDSC400 09/28/2001.

A computational study of shear banding in reversible associating polymers J. Billen +, J. Stegen *, A.R.C. Baljon + + Department of Physics, San Diego.

School of Physics & Astronomy Institute for Condensed Matter & Complex Systems Hard, soft and biological matter Experiment, theory, simulation working.

Enabling Engineering Applications through the Self-Assembly of Nano- and Bio- Materials Dr. Virginia A. Davis Alumni Professor Graduate Program Chair Department.

Dr. Syed S H Rizvi Editor in Chief Professor Department of Food Science Cornell Univeristy, USA Tel: Fax: Editorial Board Member.

Department of Chemical Engineering & Materials Science Michigan State University Departmental Highlights Presented By: Martin C. Hawley Professor & Chairperson.

Unresolved experimental dilemmas Dissipative particle dynamics Theoretical challenges (NATO ASI) Constitutive relations – applications to complex flows.

We invite all scientists, engineers and anyone with an interest in rheology and related areas to participate. Symposium in honour of Prof Tam Sridhar.

On scale effects in composite modeling Larissa Gorbatikh Department of Mechanical Engineering The University of New Mexico Co-Sponsored by the National.

Molecular Simulations of Nano- and Bio-Materials Venkat Ganesan Computations Fluid Mechanics Biology Statistical Mechanics Venkat Ganesan: CPE 3.414,

Advanced Optical Glasses for Novel Optical Fibers Kathleen Richardson, Clemenson University Research Goundation, DMR The international, multidisciplinary.

MEMS design and Micro-fabrication Lab MML Glass PDMS #2 Choppers PDMS #1 Inlet hole Outlet hole Air inlet A NEW MICROFLUIDIC CHIP FOR FORMATION OF MICRO-DROPLETS.

U g e l s t a d L a b o r a t o r y UGELSTAD LABORATORY - group for surface, colloid and polymer chemistry ~30 persons Experimental and modelling group.

Head of the group Pr Ahmed ALLAL. 52 Personnes 20 permanent Members + 25 PhD and Post - Doc 16 Professors and Assistant Professors 4 CNRS 4 Engineers.

Aakash Patel, Dr. Supratim Ghosh IC-IMPACTS Summer Institute 2016

Miral Shah Course: Thermodynamics and kinetics of confined fluids

LoKI – A SANS Instrument for Materials Science and Soft Matter LoKI Kickoff Meeting, ESS Andrew Jackson January 29, 2014.

Department of Mathematical Sciences. Applied Mathematics –Computational Enginee Research – F. Tanner –Simulation of Food Sprays – F. Tanner –Multiphase.

Pharmaceutical Emulsions Consistency of emulsions Semester one

SEMINAR 1. Title :Introduction of flow lithography and versatile applications 2. Speaker :Jiseok Lee 3. Time : 16:00~17:00 4. Place :: e+ Lecture Hall.

Heat Transfer Lab Equipment

Direct Numerical Simulation of Microscale Rheology and Multiphase Flow in Porous Media Jonathan J.L. Higdon, Department of Chemical and Biomolecular Engineering.

Polymer Engineering Shu-Kai Yeh Polymer Nanocomposite Foam

Tolman’s length and near critical asymmetric interfacial profiles

Direct Numerical Simulation of Microscale Rheology and Multiphase Flow in Porous Media Jonathan J.L. Higdon, Department of Chemical and Biomolecular Engineering.

Defect Dynamics in 2D Active Nematic Liquid Crystals

Department of Chemistry

Numerical Simulation of Immiscible Multiphase Flows Using

Biotechnology and Biopharmaceuticals

化工学院第七届国际交流月系列讲座邀请人：王文俊化学工程与生物工程学院化学工程联合国家重点实验室（浙江大学）

Mageleka MagnoMeter™ XRS

Tolman’s length and near critical asymmetric interfacial profiles

Effect of Elevated Pressure on the Rheology, Vitrification, and Aging of Nearly Hard Colloidal Spheres J. J. Magda & M. Alcoutlabi, Department of Chemical.

Presentation transcript:

Mohraz Lab Colloid Science and Complex Fluids Engineering Mohraz Lab Colloid Science and Complex Fluids Engineering Research Summary: The Colloid Science Laboratory at UC Irvine investigates a range of fundamental and applied problems related to the physics and engineering of soft materials, colloidal dispersions, and complex fluids. Using state-of-the-art experimental techniques, our goal is to gain a more thorough understanding of how the interparticle interactions, particle geometry, and the suspension physicochemical conditions can be exploited to engineer novel micro- and nanostructured materials from multiphase colloidal suspensions. The applications of our research are broad, ranging from nano-structured composites for fuel cells and batteries to pharmaceutical formulations, coatings, personal care products, foods, and oil industries. Current areas of focus are: Microstructural determinants of nonlinear rheology in colloidal gels and glasses. Self-assembly and dynamics of colloidal particles at fluid/fluid interfaces. Rheology of structured fluids in confinement. Interfacial routes to microstructured materials synthesis. Research Summary: The Colloid Science Laboratory at UC Irvine investigates a range of fundamental and applied problems related to the physics and engineering of soft materials, colloidal dispersions, and complex fluids. Using state-of-the-art experimental techniques, our goal is to gain a more thorough understanding of how the interparticle interactions, particle geometry, and the suspension physicochemical conditions can be exploited to engineer novel micro- and nanostructured materials from multiphase colloidal suspensions. The applications of our research are broad, ranging from nano-structured composites for fuel cells and batteries to pharmaceutical formulations, coatings, personal care products, foods, and oil industries. Current areas of focus are: Microstructural determinants of nonlinear rheology in colloidal gels and glasses. Self-assembly and dynamics of colloidal particles at fluid/fluid interfaces. Rheology of structured fluids in confinement. Interfacial routes to microstructured materials synthesis. Key Publications: Lee, M.N.; Chan, H.K.; Mohraz, A; Characteristics of Pickering Emulsion Gels Formed by Droplet Bridging, Langmuir, DOI: /la203384f (2012) (Cover Article) Rajaram, B; Mohraz, A, Dynamics of shear-induced yielding and flow in dilute colloidal gels, Physical Review E 84, 1, Art. No (2011) Lee, M.N.; Mohraz, A, Hierarchically Porous Silver Monoliths from Colloidal Bicontinuous Interfacially Jammed Emulsion Gels, J. American Chemical Society 133, 18, (2011) Lee, M.N.; Mohraz, A, Bicontinuous Macroporous Materials from Bijel Templates, Advanced Materials 22, (2010) (Inside Cover Article) Rajaram, B; Mohraz, A, Microstructural Response of Dilute Colloidal Gels to Nonlinear Shear Deformation, Soft Matter 6, (2010) Pickrahn, K; Rajaram, B; Mohraz, A, Relationship between Microstructure, Dynamics, and Rheology in Polymer- Bridging Colloidal Gels, Langmuir 26, 4, (2010) Key Publications: Lee, M.N.; Chan, H.K.; Mohraz, A; Characteristics of Pickering Emulsion Gels Formed by Droplet Bridging, Langmuir, DOI: /la203384f (2012) (Cover Article) Rajaram, B; Mohraz, A, Dynamics of shear-induced yielding and flow in dilute colloidal gels, Physical Review E 84, 1, Art. No (2011) Lee, M.N.; Mohraz, A, Hierarchically Porous Silver Monoliths from Colloidal Bicontinuous Interfacially Jammed Emulsion Gels, J. American Chemical Society 133, 18, (2011) Lee, M.N.; Mohraz, A, Bicontinuous Macroporous Materials from Bijel Templates, Advanced Materials 22, (2010) (Inside Cover Article) Rajaram, B; Mohraz, A, Microstructural Response of Dilute Colloidal Gels to Nonlinear Shear Deformation, Soft Matter 6, (2010) Pickrahn, K; Rajaram, B; Mohraz, A, Relationship between Microstructure, Dynamics, and Rheology in Polymer- Bridging Colloidal Gels, Langmuir 26, 4, (2010) Prof. Ali Mohraz Assistant Professor B.S. Chemical Engineering, Azad University (1996) M.E. Chemical Engineering, The City University of New York (1999) Prof. Ali Mohraz Assistant Professor B.S. Chemical Engineering, Azad University (1996) M.E. Chemical Engineering, The City University of New York (1999)