• United Kingdom

Accepting PhD Students

Willing to speak to media

20082022
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Personal profile

Personal Statement

My research interests are focussed on particles and fluids: from particulates such as mud, cement, soil or pharmaceutical powders to suspensions such as colloids, blood, and swimming bacteria and algae. We study how such 'multiphase' systems respond to conditions such as forces, flow, and interactions with their environment. I am also particularly interested in the role of thermal fluctuations (so-called Brownian motion) in complex fluids and soft matter, whether in colloidal suspensions such as paints and foods or in biological systems such as proteins. We do both experimental and computational research, and collaborate with various industries to better understand processes and fundamental science of applications. I also do a lot of public engagement work, including books and articles, talks, and interactive events.

Teaching Interests

Departmental and Faculty Responsibilities:

  • Director of Teaching (2009-2016)
  • Faculty Learning and Teaching Forum
  • Faculty Academic Administration Committee (2011-2016)
  • Acting Full time MSc coordinator (2016-17)
  • Applied Chemistry and Chemical Engineering course liaison with Department of Pure and Applied Chemistry (shared UG course) (2013-2018)
  • Year 4 Academic Year Coordinator (2018-present)
  • Department Assessment Academic Coordinator (2018-present)

 

Taught Classes (Chemical Engineering:

  • CP102 Introduction to Chemical Engineering
  • CP303 Materials Processing and Applications
  • CP305 Ethics, sustainability and economics
  • CP404 Multiphase systems
  • CP516 Emerging Technologies
  • CP520 Communicating Science and Technology
  • CP531 Frontiers of chemical engineering
  • CP407/413 Chemical Engineering Design
  • 18530 Chemical Engineering Project
  • CP926 Multiphase processing

 

Other teaching:

  • Becoming an Engaging Researcher (Cross-faculty public engagement skills)
  • Other ad-hoc public engagement classes

 

Teaching and learning research:

I am part of a small team within the Department which has been working over the past few years on employability, transferable skills and personal development-related issues in teaching and learning, with a particular recent focus on the role of student teamwork and student peer-tutoring to provide 'embedded' personal and professional development for undergraduates.

We are also looking at innovation skills and how undergraduate teaching and student experience can help promote the impact of research into applications, as students graduate and become key players in industry.

Research Interests

My research interests are focussed on particles and fluids: from particulates such as mud, cement, soil or pharmaceutical powders to suspensions such as colloids, blood, and swimming bacteria and algae. We study how such 'multiphase' systems respond to conditions such as forces, flow, and interactions with their environment. I am also particularly interested in the role of thermal fluctuations (so-called Brownian motion) in complex fluids and soft matter, whether in colloidal suspensions such as paints and foods or in biological systems such as proteins. We do both experimental and computational research, and collaborate with various industries to better understand processes and fundamental science of applications.

Expertise & Capabilities

We have the following capabilities and expertise in my research group:

  • rheology/rheometry
  • direct flow visualisation microscopy
  • optical microscopy with fluorescence
  • high speed video
  • computational optical tracking analysis
  • a range of flows which can be studied in situ in microscopy, including channel, shear and squeeze
  • in development: optical tweezing
  • Monte Carlo/diffusive simulations including particle aggregation, gelation and associated analyses

Industrial Relevance

Industrial applications and systems relevant to our research include:

  • foods
  • oil and gas extraction
  • flow assurance
  • complex fluids
  • paints and coatings
  • sprays
  • slurries
  • pastes
  • granulation
  • crystallisation
  • colloidal materials
  • shear-thickening materials
  • porous materials, filtration, remediation

This list is not exhaustive: many if not most industrial processes and products involve systems of multiple phases, whether subject to evolution over time or during flow.

There is also significant relevance in natural and biological systems:

  • geology (porous rocks etc)
  • blood flow
  • tissue response to forces
  • molecular motors

Keywords

  • colloid
  • nanomaterials
  • rheology
  • soft matter
  • jamming
  • brownian motion
  • thermodynamics
  • biophysics
  • bionanoengineering
  • particulates
  • public engagement

Fingerprint Dive into the research topics where Mark Haw is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

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Projects 2008 2022

RI@S funded summer project

Johnston, K., Haw, M. & Sefcik, J.

10/06/195/08/19

Project: ResearchSuccessful - Funding Does Not Count as R or KE

Doctoral Training Partnership 2018-19 University of Strathclyde | Cashmore, Andrew

Sefcik, J., Haw, M. & Cashmore, A.

EPSRC (Engineering and Physical Sciences Research Council)

1/10/181/10/22

Project: Research Studentship - Internally AllocatedResearch Studentship (Internally Allocated)

Research Output 2009 2019

"Curdling" of soymilk in coffee: a study of the phase behaviour of soymilk coffee mixtures

Brown, M., Laitano, F., Williams, C., Gibson, B., Haw, M., Sefcik, J. & Johnston, K., 20 Apr 2019, In : Food Hydrocolloids. 95, p. 462-467 6 p.

Research output: Contribution to journalArticle

coffee
Coffee
Phase behavior
Phase separation
Fourier transformation

Structure and kinetics in colloidal films with competing interactions

Haw, M. D., 7 Jan 2019, In : Physical Review E. 99, 1, 9 p., 012603.

Research output: Contribution to journalArticle

Open Access
File
Kinetics
Large-scale Structure
Long-range Interactions
Colloids
kinetics

Thesis

Complex flow of concentrated suspensions

Author: Forsyth, C., 1 Jul 2015

Supervisor: Haw, M. (Supervisor) & Lue, L. (Supervisor)

Student thesis: Doctoral Thesis

Influence of controlled fluid shear on crystal nucleation from solution

Author: Forsyth, C., 1 Oct 2015

Supervisor: Haw, M. (Supervisor) & Sefcik, J. (Supervisor)

Student thesis: Doctoral Thesis

Prizes

Selected Activities 2009 2014

Cambridge Science Festival invited talk: Frankenstein 2.0

Mark Haw (Speaker)
14 Mar 2014

Activity: Talk or presentation typesInvited talk

Directed Assembly of Functional Nanomaterials (EPSRC Grand Challenge conference)

Mark Haw (Organiser)
12 Jun 201313 Jun 2013

Activity: Participating in or organising an event typesOrganiser of major conference

Frankenstein 2.0 -- public talk at Eastercon science fiction convention

Mark Haw (Speaker)
21 Apr 2014

Activity: Talk or presentation typesInvited talk

ICEMS Symposium 'Soft functional architectures' Kyoto Japan Nov. 2010 Plenary Talk

Mark Haw (Invited speaker)
Nov 2010

Activity: Talk or presentation typesInvited talk

Famelab

Mark Haw (Speaker)
12 Mar 2012

Activity: Participating in or organising an event typesParticipation in workshop, seminar, course

New connections in particles and fluids

Mark Haw (Organiser)
31 Mar 2014

Activity: Participating in or organising an event typesOrganiser of major conference

Really Small Science at Glasgow Science Centre

Mark Haw (Speaker)
19 Oct 201322 Oct 2013

Activity: Talk or presentation typesInvited talk