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armour PhD Projects, Programs & Scholarships

We have 12 armour PhD Projects, Programs & Scholarships

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  Optically transparent armour reinforced with microbially-synthesized cellulose nanofibres with self-repair capability
Imperial College London Faculty of Engineering
  Dr K Lee
Applications accepted all year round
Microbially-synthesised cellulose nanofibres, more commonly known as bacterial cellulose (BC), is an ultra-pure form of cellulose nanofibers with mechanical performance exceeding that of single E-glass or Kevlar fibre.
Details
Type/Funding
  Image-Based Methods for the Dynamics of Ceramic Interfaces in Ballistic Armour Applications
University of Southampton Engineering & The Environment
  Research Group: Materials and Surface Engineering
  Prof F Pierron
Application Deadline: 1 February 2019
The Ministry of Defence (MOD) Defence and Security PhD scheme has a current focus on ‘Novel Materials for Defence’. As part of this program, interfaces between armour ceramics and polymers/metals have been identified as key to improving the performance of ballistic armour for military personnel and vehicles.
Details
Type/Funding
  PhD studentship opportunity in enhancing the performance of ceramic armour and protective coatings
University of Surrey Faculty of Engineering and Physical Sciences
  Prof R Dorey, Dr M Whiting
Applications accepted all year round
The performance of ceramic armour and protective coatings is critically dependent on the interface between the ceramic and the underlying substrate.
Details
Type/Funding
  Super alumina: oxide nanocomposites for armour
University of Oxford Department of Materials
  Prof R I Todd, Prof P Nellist
Application Deadline: 25 January 2019
Supervisors. Professor Richard Todd, Professor Peter Nellist, Dr Antonio Pellegrino. The project aims to improve the ballistic properties of alumina without significantly increasing its cost (a more expensive alumina would not compete with SiC and B4C).
Details
Type/Funding
  Improving blast and ballistic resistance in composites through design
Loughborough University Wolfson School of Mechanical, Electrical and Manufacturing Engineering
  Dr A Roy
Applications accepted all year round
Advanced composites are being extensively used in ballistic applications.
Details
Type/Funding
  Alpha-defensin haplotypes and IgA nephropathy risk
University of Nottingham School of Life Sciences
  Prof J A L Armour, Prof O Hanotte
Applications accepted all year round
The human alpha-defensin genes DEFA1 and DEFA3 encode short antimicrobial peptides that are important components of the innate immune system, and are subject to copy number variation (CNV) with individuals having between 3 and 18 copies.
Details
Type/Funding
  Marine risers: experimental damage detection, monitoring and numerical modelling using digital twins
Aberdeen University School of Engineering
  Dr P Omenzetter, Dr D Van der A, Prof E Pavlovskaia, Dr Amir Siddiq
Applications accepted all year round
Marine risers are critical components of any offshore oil and gas production operations linking subsea field developments with production and drilling equipment atop fixed or floating facilities.
Details
Type/Funding
  Modelling of joining technologies for novel metal matrix composites for offshore applications
Aberdeen University School of Engineering
  Prof I Guz, Prof M Kashtalyan
Applications accepted all year round
Metal matrix composites (MMCs) present remarkable properties by combining the properties of the metal matrix and of ceramic reinforcement.
Details
Type/Funding
  Materials Engineering: College of Engineering Centenary Scholarship: Next generation composite materials with enhanced impact properties
Swansea University College of Engineering
  Dr F Korkees
Application Deadline: 31 January 2019
Subject areas. Materials Engineering. Start date. April 2019. Project description. Composites are lightweight and durable with high strength, impact and ballistic resistance.
Details
Type/Funding
  DTC PHYS 11-Numerical Simulation of Electron Transport in Graphene and Related Planar Systems
Swansea University Department of Physics
  Prof S Hands
Applications accepted all year round
It is proposed to study 2+1d relativistic interacting fermions by numerical simulations of a lattice field theory which models layered systems with very strong interactions between charge carriers, leading to superfluid ground states via condensation of particle-hole pairs known as “excitons" (see Armour et al, Phys.
Details
Type/Funding
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