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University of Bath PhD Project with Competitive Studentship: Shear-Stiffening Gel for Concrete Blast and Impact Protection

Project 1857 · University of Bath · Department of Mechanical Engineering

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Country or region
United Kingdom
Application deadline
2026-11-29 (confirm the exact time with the source)
Funding
Competitive Faculty of Engineering & Design Engineering URSA for Home and Overseas applicants; Overseas awards are capped under UKRI policy, with no percentage or project-specific quota stated. Selected awardees may receive Home or Overseas tuition, an annual maintenance stipend and up to £1,000 per year in training support. £21,805 is the 2026/27 stipend reference, not a confirmed 2027 personal rate. General URSA funding is up to 3.5 years, while Mechanical Engineering PhDs normally take four years; individual funded months, continuation and costs after the award remain unconfirmed. International students pay Student visa and Immigration Health Surcharge costs personally.

The research opportunity

University of Bath PhD Project with Competitive Studentship: Shear-Stiffening Gel for Concrete Blast and Impact Protection

Project Overview

This competitive Faculty of Engineering & Design studentship project asks whether a shear-stiffening gel (SSG) coating can improve blast and impact protection for concrete structures. It is listed in Mechanical Engineering. Dr Chanel Fallon is the lead enquiry contact and Professor Fulvio Pinto is also named as co-supervisor. The expected start date is 4 October 2027; another date may be agreed with the intended supervisors and the Doctoral College.

Research Project

Vulnerable buildings and critical infrastructure need practical, cost-conscious protection against evolving threats. Concrete may be protected in new construction or by retrofitting existing structures. Earlier work on elastomer coatings found benefits under some dynamic conditions, including local impact and severe blast, but not consistently under fluid–structure interaction or dynamic flexure.

The project describes shear-stiffening gel as a potential protective material. Its reported 70% reduction in internal damage is relative to uncoated composite panels; the 55% reduction is relative to traditional elastomer-coated composite panels. These results concern composite panels. They are not measured outcomes for this PhD's proposed concrete system and should not be combined into a single improvement figure. The project description attributes the additional impact resistance to the gel's shear-stiffening response: a change from a viscous to a rubber-like state that adds an energy-absorption mechanism. How this response works in concrete structures remains a research question.

The PhD will investigate how to apply SSG effectively to concrete for blast and impact protection. The advertised work examines protective performance across a range of strain rates and aims to turn experimental results and understanding of the protection mechanisms into design guidance. Experimental categories include quasi-static compression, low- and high-velocity impact testing, and damping analysis. Finite-element analysis will complement the experiments and help interpret the mechanisms.

The final material formulation, engineering design parameters and a validated concrete-protection system have not been specified. The advertised panel results do not establish long-term durability, lifecycle savings or protection under every structural loading condition.

Applicant Requirements and Application

Applicants must hold, or expect to obtain, a UK Honours degree at first-class or upper-second-class (2:1) level, or an international equivalent. A Master's qualification is advantageous. Non-UK applicants who are not currently studying in the UK must meet the programme's English-language requirement before the application deadline; no exceptions are considered. The project description does not state scores. Mechanical Engineering requires IELTS 6.5 overall and 6.0 in each component, taken within 24 months before starting. TOEFL tests before 21 January 2026 require 90 overall and 21 in each component; tests on or after that date use 4.5 overall and 4.0 in each component. Check accepted tests and English-medium-degree exemptions individually.

Apply through the University of Bath's online form for a PhD in Mechanical Engineering. Applicants may choose at most two projects on this programme. Under Funding Your Studies, select University of Bath URSA. Under Your PhD project, enter the full project title in PhD project title and the lead supervisor's name in Name of intended supervisor at University of Bath. For a second choice, enter its title in Project 2 Title and its lead supervisor in Name of intended supervisor for 2nd choice project at University of Bath. Incorrect or missing entries can cause automated-processing errors and may prevent consideration for the relevant project.

Informal enquiries are encouraged; the project names Dr Chanel Fallon (cf771@bath.ac.uk) as the contact. The University encourages applications from under-represented groups. Applicants may briefly explain circumstances that affected their educational attainment at the end of their personal statement. If an applicant declares a disability on the form, the Disability Service will contact them to discuss support needs.

Prepare a CV, personal statement, degree certificates and transcripts, with authorised translations where required, and two references. At least one referee must be from the latest institution of study; intended PhD supervisors cannot act as referees.

Funding and Dates

The project competes with other Faculty of Engineering & Design projects for an Engineering URSA studentship. Home and Overseas applicants may compete; the number of Overseas awards is capped under UKRI policy, but no percentage or project-specific quota is stated. For selected awardees, the scheme covers tuition fees, an annual maintenance stipend and up to £1,000 per year in training support. The £21,805 figure is the 2026/27 stipend reference, not a confirmed personal rate for 2027 entry. Training support is not unrestricted living money.

The general Engineering and Design URSA funding limit is up to 3.5 years, while the Mechanical Engineering PhD normally takes four years. The individual funded term, continuation conditions and any fees or living costs after the award period remain to be confirmed. International students must pay Student visa and Immigration Health Surcharge costs personally.

The project information gives a deadline of 29 November 2026 without a time. The October 2026 Engineering URSA terms specify 23:59 GMT on that date. The expected start is 4 October 2027; a different date requires agreement with the intended supervisors and the Doctoral College. This individual project's current availability has not been reconfirmed.

Further Questions to Confirm

Before applying, confirm that this individual project remains open, the applicant's degree equivalence and acceptable English evidence, and the exact deadline displayed by the application system. At interview, ask how the initial SSG formulation and concrete application will be bounded, how damage reduction and model uncertainty will be assessed, and what facilities and technical support will be available. Before accepting an award, confirm the personal stipend, funded months, Overseas-fee coverage, continuation and any costs beyond the award term.

Research and application brief

Report generated: . This date does not confirm that recruitment remains open.

Information updated: . Recheck the original notice before applying.

Show report contents

University of Bath PhD Project with Competitive Studentship: Shear-Stiffening Gel for Concrete Blast and Impact Protection

Quick Decision

This Bath project asks whether a responsive polymer coating can protect concrete structures more effectively than conventional elastomers. It combines material characterisation with finite-element analysis and is most relevant to applicants interested in experimental mechanics, materials and civil-infrastructure resilience. The advertised 70% and 55% reductions concern damage in composite panels, not demonstrated performance of the proposed concrete system.

The October 2026 Engineering and Design URSA terms allow selected Overseas applicants to receive tuition and maintenance support; this is a competitive route, not a project-specific award guarantee. The scheme deadline is 29 November 2026 at 23:59 GMT. The project expects 4 October 2027 entry, with an alternative subject to agreement by the intended supervisors and Doctoral College. This individual project's current availability has not been reconfirmed.

Research Problem and Doctoral Work

Why a coating benefit does not transfer automatically

Concrete and fibre-composite panels dissipate energy and develop damage differently. Evidence that a coating reduces damage in one substrate cannot establish that it protects another under every dynamic condition. The announcement itself distinguishes situations where conventional elastomers help from situations where their benefit is limited. The proposed shear-stiffening gel, or SSG, is intended to add a rate-sensitive energy-absorption mechanism through a change from viscous to rubber-like response.

The research question is therefore more substantial than demonstrating that a gel becomes stiffer. It concerns how that response interacts with a concrete structure, whether the coating remains effective at the interface, and how observations support a credible structural explanation. These are evidence-based interpretations of the advertised translation problem, not already validated work packages.

Work, methods and meaningful outputs

The advertised work includes material testing over different response-rate regimes, compression, low- and high-velocity impact categories, damping analysis and finite-element modelling. The intended output is guidance for applying SSG to protective concrete systems. No particular formulation, validated engineering specification, code approval or full-building field trial has been promised.

A useful contribution would connect measured material behaviour, observed damage and model limitations. Less visible damage, greater damping and lower transmitted response are different outcomes. A model that reproduces one observation does not necessarily establish its underlying mechanism or predict a different structural situation. Interface behaviour, repeatability, ageing, practical maintenance and cost are useful questions for the research discussion. The announcement does not yet demonstrate long-term durability, lifecycle savings or net environmental benefit. The focus is civilian protective structures and retrofit, with experimental and modelling work to be defined under the laboratory’s approved procedures.

School, Programme and Field Context

The awarding institution is the University of Bath. Although the application concerns concrete and structural engineering, the formal route is Mechanical Engineering PhD, REME-AFM02, in the Faculty of Engineering and Design. It should not be replaced by Civil Engineering on the basis of the subject label. Both named supervisors belong to the Centre for Integrated Materials, Processes and Structures, IMPS.

The current full-time programme normally takes four years, cannot be completed in less than two and normally has a four-year maximum. Students initially register as probationers; confirmation involves written work and an oral assessment, followed ultimately by a thesis and viva. The general programme allows September or October entry, or an agreed mid-year start; this does not remove the project’s expected 4 October 2027 date. MyDoctoralDevelopment offers research and transferable-skills training, but a personal course schedule and industrial placement are not specified.

Bath’s QS 2027 overall rank is 125. Its institutional REF 2021 statement reports 92% of research as world-leading or internationally excellent. These are university-wide signals, not a ranking of this laboratory or concrete research. The more relevant subject evidence is the supervisors’ materials-mechanics publications and IMPS’s characterisation and modelling environment. Its published equipment list includes non-destructive inspection, mechanical testing, dynamic characterisation and structural simulation software. Availability at the university does not reserve instrument time, technician support or licences for this student. Mechanical Engineering programme

Supervisor and Lab Assessment

Complementary current expertise

Chanel Fallon is currently a Senior Lecturer in Mechanical Engineering, researching dynamic material and structural behaviour, numerical modelling and protective strategies for civilian infrastructure. The project directs enquiries to cf771@bath.ac.uk; her official profile gives telephone +44 1225 385962.

Fulvio Pinto is a Reader in Mechanical Engineering, working on intelligent materials, impact-resistant composites, non-destructive evaluation and sustainable structural materials. His professional email is F.Pinto@bath.ac.uk, telephone +44 1225 386091. The October 2026 profiles describe both academics as accepting doctoral students; this is broader than confirmation that the individual topic remains available. Their institutional links and joint research support a complementary materials-and-mechanics environment, but do not establish equal supervisory shares, meeting frequency or an individual industrial placement. Broader grants listed on their profiles are not this student’s award.

Recent original research and its limits

Myronidis and colleagues, Composites Part A 201:109444, with Pinto as coauthor, appeared online in November 2025 and in the February 2026 issue. It investigates an SSG-containing hybrid resin in glass-fibre laminates. The original abstract reports improved damping and reduced damage, supported by characterisation and post-impact non-destructive analysis. This is useful evidence of responsive-material expertise, but a hybrid matrix inside a laminate is different from a coating on concrete. Its reported improvements of up to 66% in damping and 79% in damaged area are separate metrics; they must not be substituted for the announcement’s 70%/55% coating comparisons.

Brenner and colleagues, Materials Today Communications 52:115097, 2026, includes both supervisors. It compares graded elastomeric cellular structures using compression, cyclic and impact testing. The abstract finds that the most efficient response depends on conditions, with grading offering balanced performance across a range. This supports experience in evaluating competing energy-absorption mechanisms, not proof that one design is universally best. The materials are not SSG-coated concrete.

Fallon and McShane, International Journal of Protective Structures 14:3–27, 2023, online in 2022, is directly relevant to concrete. Its analytical and numerical study shows that the benefit of conventional elastomer protection depends on response regime and failure mechanism. It supports the need to distinguish structural behaviour rather than assume a universal coating benefit; it does not validate the new SSG system.

An additional genuine coauthored original, Blake and colleagues, 2025, compares auxetic elastomeric structures and their recovery and dissipation. It provides adjacent testing expertise, not independent full-scale concrete validation. The literature evidence for these four studies is limited to complete institutional abstracts and bibliographic identities; it does not establish full-paper, supplementary-data or reproducibility assessment. The exact underlying dataset behind the announcement’s 70%/55% figures was not independently traced. The 2024 SPIE conference description was not counted as another core validation study.

Funding, Application, and Living Cost

What the international competition covers

The announcement explicitly places this project in the Engineering and Design studentship competition, with Home and Overseas applicants eligible. The URSA 2027 terms available in October 2026 describe awards covering Home or Overseas tuition, an annual maintenance stipend and a training fund of up to £1,000 per year. Overseas awards are capped in the project announcement, without a verified percentage or project-specific quota. Selected international applicants can receive tuition and maintenance support, but the competition does not guarantee an award for this project or for any individual applicant.

The listed £21,805 stipend is the 2026/27 reference, not a confirmed 2027 personal rate. The training allocation is research support, not additional unrestricted living money. Engineering and Design URSA generally funds up to 3.5 years, whereas the programme normally lasts four. Neither the maximum nor the normal course duration confirms this student’s paid months; finishing-period living costs and fees should be checked before accepting.

The 2027/28 faculty fee table lists £31,350 annually for a full-time Overseas PhD, with Home fees to be published when the UKRI rate is set. Continuing fees may increase by up to 8% per year. If the award covers Overseas fees, that covered amount is not an extra bill to the student; liability outside the funded period remains an important question.

Deadline, English timing and application fields

The announcement gives 29 November 2026 without a clock. The current official Engineering URSA call supplies 23:59 UK time, GMT, on the same date. The project expects 4 October 2027 entry, with changes requiring the intended supervisors and Doctoral College’s agreement. A general three-month Overseas admission deadline does not extend this funding deadline.

Apply online for Mechanical Engineering and select University of Bath URSA in Funding Your Studies. A maximum of two projects is allowed. Enter the full title and lead supervisor in the first-choice title and intended-supervisor fields. For a second choice use Project 2 Title and Name of intended supervisor for 2nd choice project at University of Bath. This selection limit is separate from the number of referees or supervisor names elsewhere in the form.

For non-UK applicants not currently studying in the UK, the project requires English eligibility before the application deadline, with no exceptions. General admission wording allowing later satisfaction of an English condition does not override this competition rule. An approved language exemption may establish eligibility, but is not a deadline extension.

Practical budget

Bath’s 2025/26 sample budget totals £405 weekly or £21,060 over 52 weeks. It is historical, not a 2027 quotation. The published halls-labelled total also includes an off-campus utilities line, so its components need checking rather than automatic addition. The same table lists average halls rent of £230 weekly on 51-week contracts and private rent averaging £750 monthly excluding bills. Personal housing, deposits and relocation can differ substantially.

URSA explicitly excludes Student visa and health-surcharge costs. October 2026 references are £558 for a Student visa application and £776 per year for the student health surcharge, with payment based on visa validity and part-year rules. These may change before 2027. The personal award letter and an updated housing budget are needed for a meaningful surplus calculation; the old stipend and old sample budget alone cannot establish affordability.

Applicant Fit and Preparation

Entry conditions and useful preparation

The project requires an obtained or expected UK first-class or 2:1 honours degree, or international equivalent; a master’s qualification is advantageous. The programme’s more general first/2:1-or-master’s-merit entry wording should not silently replace the project’s stated requirement. The announcement does not require prior SSG fabrication, a particular simulation package or publications.

The research content points towards mechanics and materials understanding, quantitative experimental work, careful interpretation of damage and an interest in model validation. These are preparation suggestions derived from the proposed work, not additional mandatory entry conditions. Relevant evidence might explain a previous materials or mechanics project, the limits of its measurements and the applicant’s own contribution. The mixed laboratory-and-modelling content may be a weaker match for someone seeking a purely theoretical doctorate.

Chinese qualification and English route

The current Mechanical Engineering programme explicitly welcomes applicants worldwide and accepts equivalent overseas qualifications; URSA positively includes international students. Together these support a conditional route for a Chinese applicant. Bath’s international page directs doctoral applicants to their individual programme; its China 62–75% table concerns taught postgraduate study and must not become a PhD cutoff. Earlier official indexed research-degree guidance differs from the currently displayed country page, so no universal Chinese percentage or automatic master’s requirement is asserted here. Admissions must assess the individual degree and research background.

Mechanical Engineering requires IELTS 6.5 overall, each component 6.0, with a qualification taken within 24 months of starting. TOEFL tests before 21 January 2026 use 90 overall/21 each; tests on or after that date use 4.5 overall/4.0 each. The accepted-test and English-medium-degree exemption conditions require individual checking, particularly against the earlier funding deadline.

The programme is ATAS-covered; a Chinese applicant is not nationality-exempt, but the individual offer and research classification determine the requirement. This is not a nationality ban. The Student visa route also requires the relevant offer, sponsorship and financial evidence.

Next Actions and Questions to Verify

Before applying, confirm current individual availability with Fallon, degree equivalence and timely evidence of English eligibility. Prepare CV, personal statement, degree certificates and transcripts, authorised translations where needed, and two references. At least one referee must be from the latest institution of study, and intended PhD supervisors cannot act as referees. The programme’s 1,000-word proposal rule is for an own-idea application; ask whether extra research detail is requested for this advertised topic. Bath permits AI assistance for research, planning and proofreading, but requires applicants to write their applications themselves.

The University encourages applications from under-represented groups. Applicants may briefly explain circumstances that affected their educational attainment at the end of their personal statement. If an applicant declares a disability on the form, the Disability Service will contact them to discuss support needs.

At interview, ask about the concrete–gel interface, durability, criteria for meaningful damage reduction, model uncertainty, instrument access and the supervisors’ division of support. Before accepting, clarify funded months, 2027 stipend, fee coverage and continuation costs, training-fund use and immigration expenses.

By inference from the advertised training, skills in material characterisation, impact testing, finite-element analysis, non-destructive inspection and technical reporting could transfer to materials R&D, structural testing and engineering consultancy. This is a skills-fit assessment; the saved evidence gives no specific vacancy demand or employment outcomes. IStructE’s 2026 professional outlook identifies resilience, systems thinking, materials and evolving technical competence as priorities, supporting the skills’ relevance but not guaranteeing employment or a placement, or conferring chartered status. The opportunity has a coherent research basis and an explicit international funding competition; current project availability and individual completion funding remain the practical checks.

Evidence and Sources

Supervisors, Materials Research and Resources

School, Training and Professional Context

Funding, Eligibility and Practical Costs

Sources

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